If you’re trying to price out mold design, you’re not alone – it’s confusing, and that’s not even considering the full production run later!

If you want to find out the real numbers, reasons for cost differences and savings, and who to trust if you don’t have in-house tooling, get in touch with us. We have helped many individuals and companies through the process. It’s the quickest way to get an accurate quote.

We’re not a marketplace or a quoting tool with a chatbot that guesses. We’re actual engineers who design molds, quote them with real specs, and walk you through the whole process. You send the CAD file (or a sketch of your ideas if you don’t have one), we spot issues early, and give you design feedback that won’t burn you later in prototyping. No guesswork, no delays, and you don’t have to bounce around between vendors as we do it all in-house.

This article breaks down exactly what mold design costs in real-world projects, what affects it, and how to save money without messing up your part quality. We’ve also included an interactive mold design calculator below – it will give you a ballpark idea of costs. But for a quote for your specific project, give us a call on 1-888-202-2052 or send us a quote request and we’ll get back to you asap!

Key Article Takeaways

• Mold design costs usually range from $500 to $5,000+, depending on geometry, parting lines, materials, and DFM issues.
• Design errors or challenges like undercuts, sharp corners, or no draft angles can spike costs fast.
• Aluminum molds and 3D printed molds or vacuum casting can lower the upfront price if you’re only doing low-volume runs.
• DFM-ready CAD files cut your tooling cost down and speed up turnaround.
• Working with JCAD-Inc. means fast feedback, solid design fixes, and no middlemen in the mold creation process.

“Mold design doesn’t have to be expensive. It gets expensive when the part isn’t designed for moldability. Fix that early and the rest of the process gets cheaper, faster, and a lot less stressful.”
~ Jason Vander Griendt, Engineer & CEO, JCAD-Inc.

What Impacts the Cost of Molds at the Design Stage?

At JCAD International, we see the same patterns occurring across hundreds of mold projects: roughly 60–70% of avoidable design cost comes from just two issues:

1. missing draft angles
2. inconsistent wall thickness.

These aren’t really challenging problems. They’re basics that get overlooked when parts are designed for appearance rather than moldability. Fixing them before production saves more money than switching mold materials or reducing cavities could ever.

Pricing molds always starts with your part geometry. Sharp corners, undercuts, and inconsistent wall thickness will increase prices. A complex part adds more labor, more machining time, and possibly more ejector pins. That means more tool steel to machine, more time on the CNC, and more chances for things to go sideways during the molding process.

If you don’t have a DFM (design for manufacturing)-ready file, expect design changes that delay the run or increase the service cost. Also, if you’re wanting a mold for a low-volume production run, picking aluminum, vacuum casting or even 3D printed molds can reduce costs without sacrificing function.

Design Factors That Drive Up Prices:

• Sharp angles with no draft
• Multi-cavity layouts
• Complex geometry with surface finish specs
• Undercuts needing sliders
• Tight tolerances on ejector pins or cores

Injection Mold Cost vs. Design Readiness

Pro Tip from JCAD-Inc. Owner Jason: Before you send your CAD file out for quoting, export it as STEP and run it through a free geometry checker. We regularly receive files with overlapping surfaces or orphaned geometry that the designer didn’t notice in their native software. Five minutes of cleanup on your end can save a full round of back-and-forth and knock a day or two off your lead time for producing the mold.

If your CAD file isn’t clean, the cost for your injection mold can go up fast. Mold makers charge more when they have to fix issues like missing draft angles or overlapping surfaces. A clean file with clear part design and no weird wall thickness changes / shortens the tooling lead time. That reduces the service cost.

Design readiness also affects mold material choice. Aluminum mold builds are cheaper when your part is DFM-ready and for low-volume use. But if your file needs work, it’s better to spend a bit more fixing the CAD file or recreating it. As that is much cheaper than remaking a mold.

Injection Mold Cost Factors by File Quality

A clean CAD file that aligns with terminology from ISO/ASTM 52900 boosts design‑quality consistency and helps avoid downstream mold making delays.

How Much Does an Injection Mold Cost to Produce?

Tooling cost depends on what the mold is made of, how many cavities it has, and what machine it will be used in. Steel molds last longer, but they cost more to cut, polish, and maintain. Aluminum molds are cheaper for short runs. If you only need a few hundred parts, 3d printed molds can be much cheaper to produce. Injection molding machine size also changes the cost, since bigger parts need more clamping force and larger tools. Add more cavities, and you cut your cost per part, but you’ll also pay more up front for the mold, so you need to work out the price per unit based on that. Give us a call if you need help with that and we’ll walk you through the match.

Tooling Options Ranked by Initial Cost

• 3D Printed mold: lowest cost, brief lifespan, good for prototyping
• Vacuum mold: More robust than a 3d printed mold, but still has a shorter lifespan than metal
• Aluminum mold: affordable for prototypes and low volumes
• Steel mold: high tooling costs, but best for high volume and longevity of the tool
• Multi-section steel: expensive to start, best cost per part

True Costs in Injection Molding Start with the Design

Before your manufacturer ever switches on their injection molding machines, most of your costs are already locked in. That’s because poor part design means more machining, longer cycle times, and changes that delay production and greatly increase tooling costs. Mistakes here can be very costly as they mean re-making molds. Prototypes are a very good idea in this design phase. Mold making isn’t just cutting steel. It’s planning for heat flow, sprue position, and how the ejector pins push out the final part cleanly. The mold material and number of cavities also affect how fast you hit your required production volume. So it’s worth working with someone who understands engineering, not just someone who can “do CAD design”.

Design Mistakes That Raise Mold Cost:

• No draft angle or unclear parting lines
• Sprue too small or poorly placed
• Wall thickness is inconsistent
• Mold base not sized for part geometry
• Ejector design not matched to part size

Plastic Material Selection and Its Design Implications

Choosing the wrong plastic material for manufacturing adds cost fast. Some resins shrink more, need longer cooling times, or wear out the mold faster. That affects the molding machine settings and the surface  texture of your part. Molds are expensive, so you want them to last for as long as possible.

Softer plastics might flash if your mold isn’t designed tightly enough. And certain plastic injection materials need higher temps, which limits your mold lifespan, especially with aluminum. If your design calls for precise tolerances  or unusual material thickness, pick a resin that supports that without warping.

Material Cost Per kg (General Range):

• ABS: $1.50 – $2.20
• Nylon: $2.80 – $3.50
• Polycarbonate: $3.50 – $4.20
• TPE: $3.00 – $4.00

Choice of material is a bit out of scope for this article. It takes a bit of explanation, so it’s best to get in touch with us for this and we’ll walk you through it.

How Machine Time Affects Injection Mold Cost

Machine duration isn’t just about how long it runs, it’s about how efficient your mold architecture is. The longer the cooling, the slower the cycle, and the higher your total injection molding cost. A poorly vented cavity or a mold with bad thermal balance will slow the whole production process. Bigger molds need larger injection molding machines, which burn more energy per run. If your mold architecture doesn’t match the machine right, it adds hours across your production volume and raises the machine and labor cost associated with your production run.

What Impacts Machine Duration Most:

• Cooling layout inside the mold
• Cycle times based on part size
• Machine tonnage vs mold weight
• Resin flow rate and gate location
• Need for manual intervention during ejection

Aluminum Mold Design: When It Makes Sense

Our recommendation: Use aluminum tooling for any project where your run volume is going to be < 10,000 parts and your resin isn’t glass-filled or heavily abrasive. We’ve seen clients spend thousands more on steel molds for runs that never exceeded a few thousand units, where aluminum (or even vacuum casting) would have been sufficient and much cheaper. If your design is finalized and your material is standard, aluminum gets you to production faster and leaves budget for iteration if the part needs changes, although it’s best to prototype thoroughly before mold creation.

Aluminum molds make sense when you need low volumes, fast lead times, or easier CNC cutting. They’re softer than steel, which means less wear on cutting tools (cheaper overall for you) and faster mold making. But aluminum is not great for high-volume production or aggressive resins. If your part has tight tolerances or complex features, you’ll still need to factor in how long the mold will hold up. Most engineers choose aluminum when the design is finalized and part size is small to mid-range. We think it’s a smart choice if your production run is short and your material isn’t abrasive.

Aluminum Mold Pros:

• Lower upfront mold price
• Easy to rework if changes needed, although this has limitations
• Fast to machine on standard CNC machines
• Good for prototype or bridge tooling
• Compatible with non-glass-filled plastic injection

3D Printed Mold Price Estimates: Good for fast, short, prototyping runs

3D printed molds are great for short prototype runs. They’re cheap to make, fast to modify, and don’t need steel or aluminum. If your part design is stable and doesn’t require high heat or pressure, this option can cut tooling cost a lot. It also gives you the ability to iterate designs without waiting weeks for machining. Just remember that these molds don’t last long and won’t handle high-volume production. For simple geometries, they’re perfect. For complex part shapes or surface texture demands, they may not work.

We usually treat 3D-printed molds as a prototyping / validation step, not a production shortcut. We’ve had clients try to push 3D printed tooling past 50-100 shot manufacturing runs and run into surface degradation and warping of tool dimensions. We use them to prove your geometry works, confirm fit with mating parts, and test gate placement. Then once we’ve confirmed the part is exactly how you want it, we move to aluminum or steel once you’re confident. That two-stage approach consistently saves more money than jumping straight to metal tooling on an unproven design.

Good Use Cases for 3D Printed Molds:

• Testing part fit and geometry
• Proving a new product development concept
• Pre-market validation before large tooling spend
• Short low-volume production
• Educational or demo projects

How Service Cost Varies by Design and Material Requirements

One thing we’ve found consistently at JCAD International is that clients who provide a material specification alongside their CAD file get more accurate quotes on the first pass. When material is left unspecified, the mold designer has to assume worst-case shrinkage rates and thermal behavior, which inflates the quoted complexity. A one-line note saying “we’re running ABS” or “this will be glass-filled nylon” can shift the design approach enough to drop the service cost by 10–15%. If you’re not sure, ask, and we’ll help you through this part of the process.

Service cost jumps when your mold architecture needs extra labor, precision machining, or special materials. If your part has tight tolerances, multiple cavities, or needs a polished surface, expect to pay more.

Contract manufacturers often price based on design complexity and time spent fixing CAD issues. Some charge flat fees for design and fabrication, while others bill hourly. CNC machines with higher resolution or special cutters also cost more per job. Your total cost to manufacture depends heavily on how clean and ready your CAD files are.

Understanding Total Injection Molding Cost

The total injection molding cost includes more than just the tool. It’s mold cost, machine time, material cost, and cycle time multiplied by your production volume. When the design is finalized, we can lock in most of the cost elements. A bad call on parting line or wall thickness raises tooling cost, which is why we recommend prototyping first.

A poorly placed sprue slows the operation. And multi-cavity molds can save money long-term, but only if your molding machine can handle it. Costs include skilled labor, setup, and adjustments, especially for tight-tolerance parts in low volumes.

Cost Elements in Injection Molding:

Some of the elements factored into quotes include:

• Mold development and fabrication
• Plastic material cost per unit
• Cycle time and machine rate
• Setup and skilled labor
• Volume-based operating efficiency

How to Get an Accurate Mold Price Before You Commit

JCAD-Inc. Production Volume Tip: If you’re unsure about your production volume, give us a range rather than a single number. There’s a meaningful cost difference between designing a mold for 500 parts versus 50,000, and knowing your production volume upfront lets us recommend the right mold material and cavity count without over-engineering the tool.

To get a clear mold price upfront, you need more than just a part file. Include your required production volume, material specs, and whether it’s for plastic injection molding or another manufacturing process. Some mold makers also ask for draft angles, part size, and surface finish needs. Without those, your quote will be missing key cost drivers. And if you’re asking for low volumes or using injection molding for the first time, say that. A good vendor will flag issues before quoting, not after.

Checklist Before Requesting a Mold Quote:

1. Clean STEP or IGES CAD file, either provided by client, or created by us
2. Material type and mold material preference finalised
3. Estimated production volume confirmed
4. Required surface finish and tolerance locked in
5. Timeline and project stage (prototype or full production)

Frequently Asked Questions About Mold Design Cost

What is the average cost of mold design?

Most designs cost between $500 and $5,000, depending on part complexity, CAD file quality, and material choice. Simple designs with good draft angles and no undercuts fall on the low end. Complex multi-cavity tools with tight tolerances drive the price up.

Why does mold design cost vary so much?

Design cost changes based on how hard your part is to mold. Things like thin walls, poor surface finish specs, or bad ejector placement make it harder to build and operate the mold. More work = more cost. Good DFM practices lower the price.

Can I reuse a mold for different parts?

Usually no. A mold is built to match a specific part’s geometry and size. If the parts are nearly identical, sometimes slight mods can be made, but most of the time, you’ll need a new mold for each unique part design.

What’s the cheapest way to prototype before full mold design?

Use a 3D printed mold, vacuum casting or a single-cavity aluminum tool. They’re fast, cheap, and good for short operations or early fit tests. If you’re not ready for full production, they give you a way to validate part design without spending thousands.

Is mold design included in injection molding quotes?

Not always. Some shops include mold design in the tooling cost, others charge it separately. Ask upfront. JCAD-Inc. provides a full breakdown so you know what’s design and what’s fabrication before you pay.

The post Mold Design Cost Explained: From $500 Prototypes to $5,000+ Production Tools appeared first on J-CAD Inc. 1.888.202.2052.

Lately we’ve been doing a LOT of vacuum casting. Often when clients come to us with new projects for prototypes or short-run manufacturing that they want 3D printed, we suggest they actually vacuum cast instead.

Why? Because you can get a better quality result with vacuum casting than you can with 3D printing, and it will be cheaper too!

If you want a quick idea of what your project will cost, use our vacuum casting cost calculator below. Once you’ve got a general idea of cost, you can get in touch for an exact quote – we’ll get back to you in 5-10 minutes! Or for a more in-depth guide into the cost of vacuum casting in 2026, keep reading the article below.

Vacuum Casting Price Guide

You’re probably trying to figure out vacuum casting costs because you need a low‑volume run, a fast prototype, or a custom part that made of production-grade plastic. You might be racing against a deadline. Maybe you have questions about materials, tolerances, lead time, or are just wondering “what’s this going to cost me?”

At J-CAD Inc. we make it simple: you bring your CAD file (or we help you create it if you prefer), then we guide you through resin choice, mold design, and setup, and then we run the vacuum casting process so you get parts that look and feel like the real deal.

We’ve worked with engineers, product designers, R&D teams and manufacturing engineers in automotive, aerospace, medical devices and consumer electronics (plus lots more), so we know your pain points like long lead times, inconsistent quality, obscure costs etc. We’ve built our service to beat those issues. Because we’re very streamlined and run lean we can pass thos ecost savings onto you.

We’re happy to advise you on vacuum casting materials (polymer, silicone, nylon, etc) so you don’t over‑spec and over‑pay for your project. Our vacuum casting machine setup, mold design and post‑processing workflows are efficient so you can hit your cost bracket and tolerance goals. We will give you transparent cost breakdowns including tooling, per‑part, finishing etc. so you can decide fast and with confidence whether we’re the right service provider for you.

If you’re an engineer or prototype lead wondering “what’s this vacuum cast run going to cost”, this article will walk you through the key drivers of cost. We’ll spell out what you should expect, what impacts price, and how you can work with a partner (like us) to minimize cost while hitting your required specifications.

Key Takeaways

• Vacuum casting cost depends mostly on mold design, material choice, and part volume.
• Knowing the resin type (e.g., urethane vs nylon) and finish level that you want early in the process helps keep costs down.
• Working with a full‑service provider like J-CAD Inc. helps you streamline the process from design to mold, cast, post‑processing to finished product. This is cheaper than working with multiple providers.
• Transparency in tooling cost and per‑part cost lets you plan and budget well.
• Fast turnaround and consistent quality matter just as much as price when it comes to prototype and small‑run manufacturing.

Vacuum Cast vs. Injection Molding: What’s More Cost-Effective?

Vacuum casting is often used when you need low-volume plastic parts fast. Compared to injection molding, the cost per mold is much, much lower eg. $200 – $1000USD for a vacuum casting mold, compared to $5000+ for an injectoin mold. Turnaround for vacuum casting is also short. It’s perfect for prototypes or small batch production runs. The process gives solid detail without high tooling expense.

Breaking Down Urethane Casting Costs in Prototyping

Urethane casting uses silicone molds and casting polymer to make plastic parts that match production quality. The price depends on mold structure, wall thickness, and polymer type used in the vacuum casting process. Each batch is cost-effective when you only need a few prototypes or functional units.

1. Material costs change with polymer hardness and surface finish.
2. Thicker walls use more polyurethane and raise unit cost.
3. Smoothing and post-processing also affect total price.

We can help you balance material selection and part design to hit your per-unit price target while keeping high-quality standards for your prototypes. There’s a lot of flexibility here, so let’s talk!

What Impacts the Cost of a Vacuum Casting Service?

A few choices shape the final vacuum casting fee. One is your prototype’s wall thickness. Thinner parts need less casting polymer and cure faster. Another is surface finish. A high-gloss look takes longer to smooth and clean.

Also, the type of silicone rubber used affects price, especially for molds that need to handle more than one cavity.

According to J. Lee Nicholson, cost collection in manufacturing works when you “consider all the elements of cost … before you determine the selling price of the manufactured product.”

What this means is that you cannot price a manufactured part properly unless you first understand every cost that goes into making it. How does this apply to a vacuum casting project? Let’s look at an example client project:

A company needs 30 prototype enclosures for a small electronics product. To make the enclosures they need to account for:

1. Master pattern

CNC or SLA pattern: $250 USD

2. Silicone mold

They need two cavities, each able to make about 15 parts.
Silicone tooling cost: $600 USD

3. Materials

Polyurethane resin cost: $8 USD per part
Colorant and additives: $1 USD per part

4. Labor

Casting, degassing, trimming, and demolding: $12 USD per part

5. Post processing

Light sanding and primer: $4 USD per part

6. Scrap

Typical loss: 2 parts ruined during early runs. Scrap cost: 2 parts x (resin 8 + colorant 1 + labor 12) = $42 USD

7. Overhead

Shop time, electricity, equipment use, project handling
Allocate $100 USD for this small job.

Therefore the total cost of the production run will equal:

Master pattern: $250
Silicone mold: $600
Resin: 30 x 8 = $240
Colorant: 30 x 1 = $30
Labor: 30 x 12 = $360
Post processing: 30 x 4 = $120
Scrap: $42
Overhead: $100

Total project cost: $1,742 USD

Cost per finished part

$1,742 USD divided by 30 = $58.06 USD per enclosure

Any projected profit can be added on top of the per enclosure price if the product is being mass produced.

Resin Selection Guide: Vacuum Casting Materials and Cost Tradeoffs

Vacuum casting materials include options like nylon, AB, and polyurethane. Each has different mechanical properties, cost, and surface quality. Choosing the right polymer affects everything from part durability to mold life.

This matters most when you’re testing high-quality prototypes or low-volume functional parts. Need toughness? Nylon fits. Need ABS-like feel? AB resin works well.

Depending on material, raw casting costs can range from $18-$20 per unit, to $30-$60 per kilogram.

Vacuum Casting Process Explained with Real Cost Examples

The vacuum casting process starts with an SLA 3D printing master model. A silicone forms around it, then polymer gets poured inside while a vacuum pump removes air bubbles. After cure time, parts come out ready for post-processing.

Here’s what you’re paying for:

From a best‑practice summary in manufacturing cost management: “Manufacturing costs consist of direct materials costs, direct labour costs, and manufacturing overheads.”

Custom Rapid Services: How to Cut Costs on Your Next Prototype

Design vacuum choices can change how much your prototype costs. Small changes like avoiding an undercut or tweaking wall thickness can drop your mold price fast. We can offer fast custom tweaks on these so you don’t waste money.

Need a one-off or a small series? Vacuum casting 3D printing beats CNC machining and 3D printing in setup time and soft tooling. And it keeps the per mold cost low.

CNC Machining or Vacuum Casting? Making the Right Call

If you’re making high-quality prototypes and low-volume production, vacuum casting beats CNC machining for unit cost. CNC works best when tolerances are tight or you’re cutting metal, but casting gets you plastic parts faster and cheaper.

Also, 3D printing CNC machining hybrids can help when you need quick iterations. Start with SLA, cast with PU, then machine features if needed.

We have a huge range of experience across manufacturing types, so we can compare your options with you, based on:

• Unit cost goals
• Production runs vs. short runs
• Thermoplastic vs. polymer use
• Material properties needed
• Timeline and polishing options

We’ll make sure we focus on high quality while still getting you a great cost.

Because as Henry Ford once said,

“Quality means doing it right when no one is looking.”

Beyond Price: What to Ask Your Vacuum Casting Machine Partner

Before hiring a vacuum casting service, check what’s included. Some manufacturers leave out polishing, cure time, or rework costs. Others don’t tell you how many cycles your silicone can handle per batch.

We try to keep everything clear. We show what affects your vacuum casting charges and help you avoid surprises later.

Before starting a project, make sure to ask your vendor:

1. How many parts can be made per mold?
2. Is surface quality guaranteed?
3. What vacuum pump setup is used?
4. Are costs fixed per batch or per-unit?
5. Can you match my 3D printer material in casting resin?

Frequently Asked Questions About Vacuum Casting Costs and Prices

What is the typical vacuum casting fee for a low‑volume run?

You’re looking at mold costs often between $200 and $1,000 for silicone tooling, plus a per‑unit price of about $10‑$100 depending on part size, complexity, resin choice and finishes.

How does wall thickness and cavity count affect unit cost?

Thicker walls use more resin and increase labor trimming time. More cavities mean higher tooling cost but lower per‑unit cost when volume rises. If you keep your design to one cavity with a moderate wall thickness you’re project is going to be more cost‑effective for small batch prototypes.

Can vacuum casting replace injection molding for functional parts?

Yes, but only for short runs and prototypes. For large scale production you’d still use regular injection molding. Vacuum casting services let you explore production‑grade resin choices without the upfront cost of steel tooling and mold making.

What resin choices influence cost and mechanical properties?

Your resin (polyurethane, AB‑like, nylon‑like etc.) is the main driver of both price and performance. Tougher materials (eg. nylon‑like) cost more. Simpler resins cost less. Pick what you truly need, so you avoid overpaying just for bench specs you won’t use.

What hidden costs should I watch for beyond per‑unit and tooling prices?

Some not-so-well-known costs to watch out for include: Post‑processing (eg. polishing, painting), mold life span (eg. how many parts you can cast from one mold), design changes or complexity (eg. undercuts or complex features), and other things like lead time all impact cost. Make sure your quote covers those when you’re getting your project quoted or you can face unexpected surprises.

Jason Vander Griendt

Jason Vander Griendt is a Mechanical Engineering Technician with years of experience working at major companies such as SNC Lavalin Inc, Hatch Ltd. Siemens and Gerdau Ameristeel. He is the CEO of JCAD – Inc., a company he started in 2006 after seeing a gap in the market for businesses who could assist clients through the entire product design and manufacturing process.

Jason has been featured in Forbes, has had his businesses analyzed and discussed in multiple start-up books, was a previous winner of the Notable8 Digital Innovator of the year award, and is a regular guest on business panels and podcasts. Email Jason at jason@jcadusa.com, or follow him on LinkedIn.

The post How Much Does Vacuum Casting Cost in 2026? Updated Price Guide appeared first on J-CAD Inc. 1.888.202.2052.

We can help you create custom molds in a variety of materials that will add a unique flair to your chocolates.

Let’s dive into the world of custom chocolate molds and see how together we can design and create durable molds, at an affordable price, that will add a personal touch to every chocolatey masterpiece you sell.

Understanding the Creation of Unique Chocolate Molds

Bespoke or custom molds, as the name suggests, allow you to design chocolates that carry your signature style.

Create high quality chocolates in any shape you can imagine, from bars, to squares, to hearts, nature-inspired designs, or hi-tech sci-fi creations, anything you can dream up we can bring to life for you.

Alternatively, you might just want to make batches of chocolates in the shape of your logo or in a mold designed explicitly for your business that shares your business details.

This type of design can be intriguing for your intended customer audience, helping them remember your business details and helping you sell many more chocolates.

Why Polycarbonate or Metal Chocolate Molds are Worth the Price

When it comes to chocolate molds, some materials stand out more than others, particularly polycarb and metal.

High quality, food grade polycarbonate or metal chocolate molds are a form of injection mold frequently used for their rigid structure, durability and ability to capture the tiniest of details, ensuring a superior finish on your final product.

They are a bit more expensive initially but are high quality, and if treated well they can last almost indefinitely. Because of this their durability makes them a wise investment for your business – pay once now and use them for years to come as you watch your bank accounts continue to grow!

Silicone Chocolate Molds Vs. Polycarbonate Or Metal Molds

If you’re looking for a more affordable option, silicone molds are a great choice. Due to their flexible nature, however, they’re not well suited to producing very fine details. Conversely, because of their flexibility they can be used to create various designs that polycarb or metal molds cannot, as you can literally peel your chocolates out of the molds due to their malleability.

The catch though is that chocolates made with silicone molds don’t have the same flawless finish as their polycarbonate or metal mold counterparts. So, while you might save some money on the initial mold, if your business relies on selling a premium look or experience, or you need very high levels of consistency, then you will be better placed spending a bit more money getting higher quality, more durable and precise molds manufactured in the first place.

The Process For Crafting Custom Chocolate Molds

Now we’re at the exciting part – creating your own bespoke chocolate molds! It might sound like a complex process, but this type of manufacturing work is what we do all day, every day. With the right set of tools, a little patience and a lot of industry experience, we can help you create beautiful chocolates at home or in the factory easily and stress-free. Here’s how it works:

1. Decide On Your Design: Begin by deciding on the design for your mold. This could be your brand logo, initials, or any unique pattern or shape that you’d like. Fine details matter so get specific! You can sketch out your designs, or show us examples of what you’d like to create from the world around you.
2. CAD Design Creation: Injection molds require CAD designs. In this step we create a computer aided model of your intended design.
3. Testing Your Mold: It’s important to do a test run of the mold before you decide to sell your chocolates. Creating a few test chocolates can help you check for any potential errors or improvements you’d like to make before the final mold is manufactured. We can 3D print a test mold for you from the CAD design before a final, long-lasting mold is made.
4. Create an Injection Mold: Once the CAD design is approved we use it to manufacture an injection mold. This step is crucial, as the mold we create now will be the base for your chocolates.
5. Begin Production: Once you received the final mold/s you’re ready to start production. Happy chocolate making!

How Long Does It Take to Make a Custom Chocolate Mold?

You might be wondering, “How long does it take to make a chocolate mold?” Because we have a remote, dispersed team and manufacturing facilities around the world, we can work to almost any schedule you’d like. Typically if you allow 2 – 4 weeks to go through all the above processes that should be plenty of time and will leave some buffer to account for any challenges along the way.

Creating custom molds according to your specific needs isn’t as daunting as it might sound. We’ll be here helping you every step of the way. With a bit of effort, we can help you can make chocolates that are not just delicious, but also reflective of your creativity.

The Impact of Custom Molds on Your Chocolate Business

Incorporating custom molds into your chocolate-making process can significantly enhance your company’s image and reputation. It’s an investment that goes beyond the price tag, and will continue paying dividends for years into the future in terms of brand identity, uniqueness and of course, chocolate sales!

If you’d like to talk more about the process or start getting some chocolate molds created, give us a call today on or send us a quote request now!

Images of molds in this article are for demonstrative purposes only and were created with machine assistance.

The post Custom Molds for Chocolate: Discover the Art of Crafting Them Perfectly appeared first on J-CAD Inc. 1.888.202.2052.

Otherwise, keep reading to learn more about the process.

Overview of the Vacuum Casting Process

Industrial manufacturing processes are getting increasingly challenging owing to the complex parts required and high production costs. Meeting these needs cost-effectively has birthed the vacuum casting process.

Vacuum casting, otherwise called polyurethane casting or urethane casting, is a manufacturing process that makes a cast of an object by drawing a liquid material into a silicone mold using a vacuum. This differs from a closely related process, injection molding (IM), in which the liquid materials are pushed into the mold by force.

The vacuum chamber offers the advantage of removing air bubbles that may interfere with the fine details of the final product. Hence, this process is a great method for rapid prototyping and manufacturing products with undercuts or fine details.

Production quality parts can be made using the vacuum casting process, and this type of manufacturing is often used to create visually enticing prototypes as well as non-mechanical consumer products.

The material used in this casting process is polyurethane and several types of poly are available depending on the temperature, flexibility, and durability required in the final product. These include rubber, PP, ABS, PC, etc. These materials offer varying properties for your rubber components or other polyurethane parts.

Vacuum casting or Urethane casting is a cost-effective process compared to IM batch production and other manufacturing processes for low volumes production.

Vacuum Casting vs Injection Molding

A vacuum casting machine. Image by Lukadent, CC BY-SA 3.0 <https://creativecommons.org/licenses/by-sa/3.0>

The vacuum casting process and injection molding share a lot of similarities. However, one of their biggest differences lies in the type of mold used.

In the latter, aluminum, steel, etc. are used in making molds. Vacuum casting on the other hand uses silicone molds. The cheap cost of silicone means that many manufacturers choose vacuum casting as a cost-effective manufacturing process for shorter production runs.

Vacuum casting allows for the manufacturing of multiple components of products simultaneously, hence increasing the efficiency and reducing the cost of the manufacturing process. Also, since the quality of the products is comparable to those from IM, vacuum-cast models can be used for fit and function testing and other marketing purposes. These molds have a limited lifespan however, so for large volume production runs an aluminum mold and manufacturing via an injection process is more appropriate.

Steps in the Vacuum Casting Process

This casting process involves the following steps;

1. Making a 3D Model of the Master Pattern

The vacuum casting process begins with making the vacuum cast component via the creation of a master model using rapid prototyping 3D Computer Aided Design (CAD).

The model specifications should be precisely calculated while creating the 3D model. Adhere to design guidelines and make adjustments where necessary.

2. Creating the Master Pattern For the Mold.

3D printing

After the design process the next step is 3D printing. The raw material for 3D printing can range from Polyurethane resin to metals and carbon fibers.

The master pattern is the object that will be used in making the silicone mold. The mold’s complexity is determined by the design of this primary model. Any deformities on the master pattern will be transferred to the silicone molds so it’s important to get the prototype right.

Other ways of making the primary pattern

Aside from using a 3d printer, there are several other ways of creating the master pattern. These include CNC machining, Stereolithography, and other economical methods that offer high precision and surface finish that creates high-quality prototypes.

3. Creation of the Silicone Mold

Making the mold requires the master pattern and a casting box.

The process starts with hanging the master pattern in the empty cavity of the casting box. Cores and inserts are also attached to the inside of the master model and in addition to these, casting gates and risers are also incorporated for pouring liquid silicone around the model suspended inside the casting box.

When the liquid silicone is poured into the casting box, it flows inside the design filling all crevices. It is allowed to cure inside the box at a temperature of 40°c for about 8-16 hours.

After the curing is completed, the mold is taken out of the box and cut along a preferred parting plane and the master model is removed leaving behind a mold. The entire process is done under vacuum pressure to keep casting deformations to a minimum.

It is important to note that silicone molds are subject to shrinkage owing to the thermal expansion of the silicone in the heating chamber. This shrinkage ranges from 1% to 4% and necessitates using high-quality silicone when using vacuum casting processes.

4. Preparing the Casting Resins

Before polyurethane casting, the poly resin mixture needs to be prepared. This is done by mixing the resin and other agents such as color pigment and heating the resin. The structural qualities of the product will determine the type of polyurethane to be used.

The resin mixture is made at 40°C in the heating chamber. The color pigment is also mixed at this stage. The mixture should be made homogeneous before pouring into the silicone molds.

When the solution is made homogeneous, the two halves of the mold are assembled and the mixture is poured into the mold using a funnel to aid uniform distribution and prevent air pockets from forming. The solution is then ready for the casting process.

5. Curing and Demolding

After the casting materials have been set in the mold and sealed, the mold is placed in the casting machine for casting under vacuum pressure.

The temperature and time of casting depend on the type of polyurethane used. When casting is complete, the mold is removed from the vacuum machine and its two halves are separated to remove the cast. The demolding stage of the vacuum casting process should be carefully done to avoid damage to the cast.

While removing the cast, excess material from gates and runners is trimmed off and any other additional finishing is done while making sure to maintain surface textures.

After these tasks are finished, the vacuum casting process is complete and the products are ready to be used.

Technical Specifications of the Vacuum Casting Process

Maximum Part Dimensions:

The size of the mold for the vacuum casting process is limited by the dimensions of the vacuum chamber which is typically 1900 x 900 x 750mm. The volume of the product is also a limiting factor with a maximum volume of 10 liters.

Minimum Wall Thickness:

To ensure that the mold is filled properly a wall thickness of at least 0.75mm is required. However, we recommend a wall thickness of at least 1.5mm.

Typical Quantities:

Depending on the mold’s complexity and casting material, each mold can be used to produce 20 to 25 copies of the prototype. Vacuum casting can be used to make small batches of quality parts using silicone molds. If you require larger numbers of the finished product consider aluminum molds instead.

Accuracy:

The vacuum casting process has an accuracy of ±0.3% with a lower limit of ±0.3mm on dimensions smaller than 100mm.

Typical Lead Time:

The vacuum casting process has a lead time of up to 20 parts in 15 days or less depending on the specifications and volumes of parts required.

Starting a short run or vacuum casting project

If you have an upcoming need for a short production run of items, look no further than the team here at JCAD!

We have decades of experience in all facets of manufacturing, including CAD design, prototyping, making master patterns and creating molds, either in aluminum for more durability, or silicone to aid in cost-efficiency.

Get in touch today via our quote form, talking to us through live chat or calling . We look forward to speaking with you!

Jason Vander Griendt

Jason Vander Griendt is a Mechanical Engineering Technician with years of experience working at major companies such as SNC Lavalin Inc, Hatch Ltd. Siemens and Gerdau Ameristeel. He is the CEO of JCAD – Inc., a company he started in 2006 after seeing a gap in the market for businesses who could assist clients through the entire product design and manufacturing process.

Jason has been featured in Forbes, has had his businesses analyzed and discussed in multiple start-up books, was a previous winner of the Notable8 Digital Innovator of the year award, and is a regular guest on business panels and podcasts. Email Jason at jason@jcadusa.com or follow him on LinkedIn.

The post Vacuum Casting Process Explained appeared first on J-CAD Inc. 1.888.202.2052.

The cost to create a silicone mold depends on many different factors, including the mold’s size, shape and the material the mold will be made from.

Silicone Injection Mold Tooling Costs

Single cavity custom silicone injection molds may cost from $500 to $5000 on average depending on the size and complexity of the mold required. A two cavity mold, one with complex geometry or a mold for a large product can cost as much as $20000.

How do you calculate cost of mold?

Usually when answering the question “How much does it cost to make a mold?” we will factor in production costs, including materials like pre hardened steel, the cnc machining required to make the mold and the complicated primary manufacturing facilities that make our dies for us. There are however a number of other factors we need to include as well:

Extra costs to be factored into creating a silicone mold

If you are just starting a new project where you are trying to make products out of liquid silicone rubber, natural or manmade rubber, natural latex or any other common mold rubbers or reusable molding materials, there are other costs you will need to factor in beyond the mold cost including:

Do you already have CAD designs for your idea?

To be able to create custom molds for the production manufacturing process, a CAD design is required. CAD designs are quite affordable, starting at around $200, and rising in price for two part molds with complex parts or elements.

Do you need a prototype before your mold is finalized?

Yes, we recommend this for all our clients. A 3D printed prototype is an affordable way to test any undercuts and complex geometry in your mold frame, eg. in a complex gasket, along with its functionality before a mold is made from more rigid materials. Steel molds cost a lot to make, so it is important to get your mold core right the first time.

Shipping and storage costs for your mold

Shipping costs are a small factor, but consider whether you really need your dies shipped to you. In most cases your mold box should be stored at the factory who will be producing your products. This helps prevent mold damage, and will prolong the longevity of your dies, as good manufacturers will only ever store a cleaned mold after they’ve used it.

What is the best material for making a mold?

Most casts are made from steel, sometimes with a beryllium copper alloy included. These materials are long lasting and work well with silicone oil for mold release, and are suitable for molding with all the most common mold rubbers and other rubber types, low melt metals, speciality high performance polymer, plastic casting resin and even gypsum plasters.

Why is injection molding so expensive?

An injection mould is often the cheapest aspect of a manufacturing project and can significantly reduce the cost of small parts compared to other manufacturing processes like 3D printing. Therefore even though injection molding is expensive to begin with, due to the processes required to make a mould, in the the long run you will save a lot of money, as the price per unit will be much lower.

Silicone injection molding versus 3D printing

If you are creating relatively low quantities of a finished product, 3D printing is usually a better, more affordable alternative. The tooling cost is much lower or sometimes non-existent, you can print in strong materials, and reproduce extraordinary detail, just as you can with steel molds, however at a much lower price per unit than using a typical mold and injection moulding process.

Silicone injection versus plastic injection mold costs?

The mold making process for plastic injection molding is very similar to molding silicone. The mold making materials are the same for a plastic injection mold. So how much does it cost to make plastic injection molds? Basically the costs are equivalent to silicone, so you should base your decision not on the price of the mould but on the finished material you want your product made from.

Can you make a silicone mold at home?

If you mean can you make a mold out of silicone at home, the answer is yes. If you mean a mold to inject silicone into for professional manufacturing, not really.

Moulds for hobby purposes

For hobbyist purposes moulds can be made out of almost anything. You can make an epoxy mold, have a foam core held together with hot glue, use polymer clay use precious metal clay or anything you can think of that will hold the form you want.

Moulds for professional purposes

Silicone molds for professional purposes should be made by professionals. An epoxy mold or mold made out of hot glue won’t cut it. You will have a very hard time convincing a manufacturing facility to use a mold you have personally created.

How long will silicone injection molds last?

If looked after properly, casts can have a 20+ year lifespan. So even though they are expensive to begin with, their initial cost can be spread out over a long time.

Extending the life of your injection molds

Storing on mold frames, in a dry environment, away from sources of heat will prolong the life of your die. This should be looked after by your manufacturer.

Find our how much will it cost to have your double or single cavity silicone injection mold made

If you’re looking to have a single cavity mold or two part mold made for injection molding from very strong materials that will withstand repeated use when manufacturing abs plastic part or silicone products get in touch with us today on or through our quote form or chat widget.

We look forward to speaking with you!

Related reading:

How do you make a foam mold for fiberglass

How to make silicone kitchen molds for baked goods

Jason Vander Griendt

Jason Vander Griendt is a Mechanical Engineering Technician with years of experience working at major companies such as SNC Lavalin Inc, Hatch Ltd. Siemens and Gerdau Ameristeel. He is the CEO of JCAD – Inc., a company he started in 2006 after seeing a gap in the market for businesses who could assist clients through the entire product design and manufacturing process.

Jason has been featured in Forbes, has had his businesses analyzed and discussed in multiple start-up books, was a previous winner of the Notable8 Digital Innovator of the year award, and is a regular guest on business panels and podcasts. Email Jason at jason@jcadusa.com or follow him on LinkedIn.

The post How much does it cost to make a custom silicone mold? appeared first on J-CAD Inc. 1.888.202.2052.

It also makes it much easier if you use a company that can provide assistance through the design and prototyping process (you might stop there if you only need one for yourself), all the way through to mold making and manufacturing if you’re thinking of selling your products enmasse.

This is a much easier, quicker and more painless way of designing and manufacturing a phone case than if you try and learn how to do everything yourself, or if you try to cobble together professionals from different fields who may not work well together, or fully understand what has occurred in the design and production process so far.

Why Would You Want to Design Your Own Phone Case?

There are lots of reasons someone may want to design their own phone case. Maybe you just want to impress your friends by having the coolest phone case ever.

While there are plenty of interesting cellphone cases on Etsy to choose from, maybe you want a case that no-one else in the world has, or you want to personalize a case in a similar way to monogramming clothing, except in this instance you’d make the whole cellphone case your own.

Maybe you want to create something unique for yourself or the market that no-one else has thought of yet, say for instance an every day carry case that also has a utility tool built into it (oh sorry, that’s been done already. Also, check out the cases with inbuilt bottle opener, fidget spinner or vanity lights at the same link).

Or maybe you’ve just seen a good business idea you can capitalize on by creating a case for an up and coming trend. Obviously, you would need to ensure you have the appropriate rights to do that, creating a Stars Wars themed case is likely to get you into trouble if you’re not George Lucas for instance (and if you are George Lucas, we can’t wait to talk to you!)

How to Design a Unique Cellphone Case

Designer the Perfect Phone Holder / Protector If It’s Just For You

Can’t find the perfect cellphone case to match your style? Make your own!

If the case is just for you, the process can be a bit quicker, a fair bit cheaper and unless you have special needs in terms of materials that can’t be 3D printed, we would recommend that your case is 3D printed. We can 3D print in a wide range of materials and finishes. This is what we do for prototyping products that are going to go into mass production, so that our clients can see and feel their designs before signing off. Basically this allows them to pick up on any mistakes before moving into the more costly mold making and mass production parts of the process.

Because you only need one case however, 3D printing is going to be your most cost-effective option for getting your design produced.

Before that can happen however, we need a design to 3D print from. If you know a bit about 3D design and can give us an .STL file ready to print that’s great. For most people however, it will be much quicker and more wallet-friendly to get us to do the design for you. In fact, a 3D CAD design produced by our experts is much cheaper than purchasing 3D rendering software and the computer to run it, let alone the time it will take you to learn how to use the software as well.

Just give us a sketch of your design, along with any notes or similar examples – we’re really good and getting that design off the paper and into three dimensional reality.

Designing a Smartphone Case For Mass Production

If you want to sell your phone cases, the next step after 3D printing a prototype is creating a mold. This is typically the most expensive part of the process – once your mold is created your cost per part for each phone case will be very low.

Before we can make a mold for you, you’ll need to choose what sort of material you would like your case made out of.

The pages on our site on plastic injection molding, silicone injection molding and foam injection molding can help you decide and give you some ideas, or help you understand how much is a custom silicone mold when having one made. You can also 3D print phone covers. How much do 3D printing services near me cost? They can actually be pretty affordable.

The quickest way to find out what will work best is likely going to be to call us on . That way we can quickly understand what you’re aiming for, and make suggestions on the best product to fit your budget and goals.

Once a mold is made and we’ve sent you an initial sample, then we go to work producing your cellphone cases at scale. They can be manufactured locally, or offshore depending on your budget and preferences.

Then after that it won’t be too long until they’re in your hands and ready to get out to the market!

If you’re thinking about designing your own phone cases, give us a call, send us an email through our enquiry form, or use the live chat on this site and let’s talking about your project and how we might be able to help you through the different stages of the process. We look forward to speaking with you.

Jason Vander Griendt

Jason Vander Griendt is a Mechanical Engineering Technician with years of experience working at major companies such as SNC Lavalin Inc, Hatch Ltd. Siemens and Gerdau Ameristeel. He is the CEO of JCAD – Inc., a company he started in 2006 after seeing a gap in the market for businesses who could assist clients through the entire product design and manufacturing process.

Jason has been featured in Forbes, has had his businesses analyzed and discussed in multiple start-up books, was a previous winner of the Notable8 Digital Innovator of the year award, and is a regular guest on business panels and podcasts. Email Jason at jason@jcadusa.com or follow him on LinkedIn.

The post How to Design Your Own Cellphone Cover For 3D Printing (and Mass Produce Them to Sell If You Want To) appeared first on J-CAD Inc. 1.888.202.2052.

The best part of entrepreneurship is the opportunity to attain various freedoms:

• The freedom from an overbearing boss
• The freedom to enjoy your work
• The freedom to build and grow the way you think is best
• The freedom to enjoy time with family and friends
• The freedom to set your calendar

There are many more positive attributes of starting your own business. It can be a massive investment to decide to quit your job in the name of starting a company and the risk is often enough to scare people away from the thought altogether. Enter: the side hustle. Starting with a side venture that allows you to continue a full-time job is a low-risk, high-reward play that could provide you all the freedoms listed above…and more!

There are many questions to be answered about a decision like this. Where to start? How to succeed? Why are you different than those that have failed before? We can answer those questions in short order while providing tips on how to get started with your side hustle making candles, chocolates and (or) soaps.

Are Candles, Chocolates, and Soaps Good Options For Starting a Side Business?

It may seem odd that we have provided you a business idea right from the start. There are several reasons these items are popular on e-commerce sites like Etsy.

They Are Popular:

The small business niche has boomed recently and shows no sign of stopping. With increasing consumer fatigue towards corporate entities, small shops and online retailers are reaping the benefits.

Candles are wildly popular, with over 70% of homes in the United States using them. Chocolate has an obvious appeal and custom soaps are beginning to see growth as the vacation rental property market has caught on to their appeal.

They’re Easy to Get Started With:

Pre-made molds are already available for these products and the development of 3D printing assistance platforms makes customizing a breeze. There is no dedicated space required for making these products and producing any of the three has a minimal learning curve (although chocolates may require food safety certificates, check your local by-laws).

Since we mentioned 3D printing, let’s use the opportunity to answer the question, “Why are you different than those that have failed before?” The answer is that your little business could offer unique candle, chocolate or soap shapes and designs. 3D printing offers the opportunity to create virtually any shape you can imagine. Company logos, favorite local sports teams, or school mascots are all within the realm of creating molds using 3D printing.

Set yourself apart by experimenting with weird and wonderful or niche specific shapes. If you need some help turning your ideas into 3d printed molds, give us a call. By using our knowledge and molding and manufacturing equipment it eliminates the need for owning your expensive equipment or trying to learn how to use it.

They Can Yield Good Returns:

These products are popular, as we discussed earlier. This means you can expect to set a higher price point for them and still see your inventory ship out. While your business may start as a fledgling Etsy shop, you could eventually branch out into sales as a vendor for brick and mortar gift shops and craft stores.

There is An Established Market:

For some new businesses, an area that has already been established can have some major downsides like market saturation and heavy competition. With candles, chocolates, and soaps, customers are likely to try the “new kid on the block” to see what you have to offer that others might not.

Answering “How to Succeed” As An Entrepreneur Selling Unique Chocolates, Candles and Soap

To be straightforward, there are probably more Etsy and e-commerce failure stories than there are those detailing great success. However, proper planning goes a long way toward creating a sustainable model that could provide an income that you would be happy with.

Here are nine steps that can help you succeed:

1. Spend time narrowing down your business to one concise sentence. Describe who you are and what you do/offer.
2. Know your customer before you start. Most small business failures take a “we will sell to whoever walks in approach.” If you know your customer as you create your inventory, your products will naturally be attractive to them.
3. With that said, be willing to change. Sometimes the market changes. Sometimes your customers change preferences. In any case, do not become set on one design scheme. You must be flexible to maintain any sense of long-term success.
4. Know what makes you different and stick with it. Is it your packaging? Is it the products themselves? Is it your clever product names? Once you have determined a “niche”, stick with it. Your customers will likely be drawn to it and will be dismayed if you stray.
5. Your brand should make sense. A clever name that doesn’t jive with your product line will not appeal to customers. Calling your line, “The Chocolate Cat”, and only selling dog items might be a bit of a turnoff.
6. I know you do not want to hear this but…set a budget! Outline your costs for the first three months. Include supplies, the cost of 3D printing or mold making, shipping, etc. Remember to include the cost of YOU. If you prepare a budget that does not include paying yourself, then you may be shocked when two years have gone by and you aren’t feeling the reward of entrepreneurship.
7. Keep things concise. Use steps one through four to come up with a narrow product line that fulfills your sentence outlined in step one. Set prices that make sense to fulfill your budget needs, understand your ideal customer, and do not scare anyone away.
8. Settle on your scope. The ideal scenario is to sell locally to friends, family, and word of mouth clientele while running a store on Etsy or some other online platform. If things seem to be going well and you can keep up with demand, consider reaching out to stores in your area that sell locally made products.
9. Make it Official. Do not forget that running a business has aspects other than simply making and selling products. Local, state, and federal government regulations may apply to the products you are making and the sales process. Make it legit with the IRS and pay the appropriate taxes to avoid steep penalties down the road.

Creating a business on the side can be a life-changing decision. You may discover new freedoms and enjoyment that you did not know existed. Use advantages like creating your own molds with 3D printing to set yourself apart and stand out from the crowd.

If you need help designing a completely unique custom mold, don’t be afraid to reach out to us on or by using our quote form. We frequently get queries about mold making and can answer any questions you have about it simply and clearly.

Keep learning:

Easy way to make fiberglass foam molds

Jason Vander Griendt

Jason Vander Griendt is a Mechanical Engineering Technician with years of experience working at major companies such as SNC Lavalin Inc, Hatch Ltd. Siemens and Gerdau Ameristeel. He is the CEO of JCAD – Inc., a company he started in 2006 after seeing a gap in the market for businesses who could assist clients through the entire product design and manufacturing process.

Jason has been featured in Forbes, has had his businesses analyzed and discussed in multiple start-up books, was a previous winner of the Notable8 Digital Innovator of the year award, and is a regular guest on business panels and podcasts. Email Jason at jason@jcadusa.com or follow him on LinkedIn.

The post How to Use Candles, Chocolates and Soaps As a Side Hustle to Make Some Extra Income appeared first on J-CAD Inc. 1.888.202.2052.

Any landscape supply merchant offers pre-made concrete fountain designs that can be delivered and installed easily. For a unique or customized look, or if you are considering mass producing concrete water features for commercial purposes, consider making your own concrete mold. Offering custom fountain designs can add a unique and profitable aspect to your landscaping business, concreting company, or outdoor supply store that others do not have.

For concreters specifically, the diversification of your product line does not need to stop at fountain molds. The advent of the 3D printer has allowed for the easy production of unique molds for minimal cost. Molds for fountains, concrete pavers, and concrete stamps can all be easily customized, with a high profit margin in comparison to the cost of designing and creating the molds.

The thought of 3D printing often sends many hiding in fear of the price tag and expensive equipment. Finding a quality 3D printing company that can help with the entire mold-making process will help reduce costs and frustration while increasing revenue and productivity. If you are a DIY fountain maker or are seeking a special design for your landscape, having a 3D printing outfit do the work is a great idea that saves you from purchasing costly equipment and supplies for just a job or two.

If you are planning on mass producing the finished product, then you should consider more long term durable metal molds, using 3D printing for prototyping the mold in the first instance. While metal molds cost more upfront, they pay for themselves many times over in the long run.

Making Molds for Fountains

A mold allows landscape designers the freedom to tailor fountains and other concrete pieces to the overall theme of the garden or landscape setting, rather than forcing something pre-made that would not full integrate with the planned work. While it may seem trivial to put the thought and effort into a custom fountain, put yourself in your customers shoes and think what they might prefer.

Molds are typically two pieces or more featuring designs that are impressed on the concrete once poured and set. The use of a 3D printer to create the basis for molds allows for virtually any design imaginable.

3D printing is often used to create the design and a master, which the mold is cast from in the material chosen as most suitable for the application. Final molds can be metal, rubber, silicone, or plastic. The decision is based on the desired final product as some materials create a porous concrete while others end up waterproof.

You might also like:

If you’re enjoying this article, you might also like our article explaining how to make plastic molds.

How to Duplicate Fountains or Other Concrete Decorative Items – Sand Molding vs. 3D Scanning

There are instances where an existing fountain or other concrete item is in need of duplication. Some might use an interesting technique called sand casting. Pieces of the fountain or item are pressed into the sand and removed with care. The impression mimics the size and shape of the original. Concrete is poured into the sand mold and allowed to dry. The result is a recreation of the original.

A more hi-tech alternative however is to 3D scan the piece you would like to duplicate (assuming you have the rights to do so of course). Once the 3D scan is made, it can easily be turned into a 3D file from which 3D printed molds can be created again and again.

Assembly Required

While 3D printing a master can help create a mold that fashions a single-piece product, there will be some assembly required. Water pumps, hardware, and other permanent installation fixtures will need to be assembled.

It is important to keep this in mind during the creative process. If a design requires the installation of pipes and pumps ahead of completion, be sure to allow time for this step and to factor it into the design.

Custom molds and design can play an integral part in the landscape design decision-making process as well. If you have a challenging environment or remote location you need to work in, consider creating a fountain or concrete installation that can be carried in more pieces and assembled on site, rather than one that requires the assistance of a crane or forklift to maneuver into a difficult position.

Using 3D Printing to Create Custom Concrete Designs

The customization allowed by 3D printing is a game changer for landscape designers and concreters alike. The ability to please a wider clientele and offer design flexibility is priceless, allowing you to impress your clients while maintaining your budget.

3D printing is not without its costs, but you will be surprised how cost effective working with a professional 3D printing company like us is, and how much time and cost it will save you compared to trying to learn how to design in 3D, and purchase all the required equipment yourself.

If you’d like to talk more about how 3d printing could be used to enhance your concreting or landscaping business, get in touch today on , or by using the chat function on this site or emailing info@jcadusa.com. We look forward to speak with you!

Related reading: How to make silicone molds for baking in the kitchen

Jason Vander Griendt

Jason Vander Griendt is a Mechanical Engineering Technician with years of experience working at major companies such as SNC Lavalin Inc, Hatch Ltd. Siemens and Gerdau Ameristeel. He is the CEO of JCAD – Inc., a company he started in 2006 after seeing a gap in the market for businesses who could assist clients through the entire product design and manufacturing process.

Jason has been featured in Forbes, has had his businesses analyzed and discussed in multiple start-up books, was a previous winner of the Notable8 Digital Innovator of the year award, and is a regular guest on business panels and podcasts. Email Jason at jason@jcadusa.com or follow him on LinkedIn.

The post How to Make Fountain and Concrete Molds for Superior Creativity and Design appeared first on J-CAD Inc. 1.888.202.2052.