Mold
3D-printed mold halves, parting line, vents, and release strategy.
Short-run silicone parts
Silicone Casting with a 3D-Printed Mold
For suitable prototypes and short runs, a 3D-printed mold can provide a practical path to flexible silicone parts. We review the part, mold, material behavior, finish, and intended use before casting.
- 3D-printed mold workflow
- Short-run and prototype review
- Material and finish discussion
Material
Silicone behavior, hardness, color, and cure requirements.
Pricing
Mold, master pattern, silicone volume, color, and mold count all affect the estimate.
Timing
Around 7 days is typical; each pour needs about 6–8 hours to cure.
Review the process before the silicone is mixed
A good casting result starts with mold design and a clear application. We make the constraints visible before the first pour.
Define the part
Share CAD, drawings, photos, target quantity, and the behavior the part must deliver.
Plan the mold
Choose the split, vents, gates, inserts, release approach, and print strategy for the mold.
Cast and cure
Mix and pour the agreed silicone system, manage bubbles and cure conditions, then demold carefully.
Inspect and refine
Review dimensions, flash, seams, surface, flexibility, and the next repeat or mold revision.
The casting process is a sequence of small decisions
Mold count, preparation quality, silicone volume, color, and cure time all change the final cost and schedule.
Prepare the mold and master pattern
Parting lines, vents, release strategy, surface, and the master pattern must be ready before the first pour.
Pour, cure, and demold
Each cycle needs about 6–8 hours to fully cure. Fewer molds can lower cost, but more cycles can extend lead time.
Choose the trade-off that fits the project
Mold and master pattern
A 3D-printed mold and the master pattern are separate cost items. Geometry, size, split, vents, and surface finish determine the work involved.
Silicone volume and color
Plan around a one-litre minimum of silicone for an initial estimate. Custom colors and extra material for runners, vents, and waste affect the quote.
Mold count versus schedule
More molds can run more parts in parallel and shorten the schedule. Fewer molds usually lower tooling cost but require more 6–8 hour pouring cycles.
A typical silicone-casting project is around 7 days, including a few days for making the mold and master pattern. The final schedule is confirmed after reviewing the geometry, quantity, material, color, and finish.
Silicone performance depends on the application
Geometry and demolding
Undercuts, thin walls, deep cavities, parting lines, draft, and trapped air affect whether the mold can release the part cleanly.
Material behavior
Hardness, tear resistance, flexibility, temperature, chemical exposure, and compression set should match the real use.
Surface and inserts
The printed mold surface, seam, vent marks, color, and any embedded insert should be agreed before the mold is released.
Design the mold around the part
If the part or mold is not ready, start with 3D design. We can help clarify the split, vents, release, and the manufacturing route before casting.
Silicone casting FAQ
Can a 3D-printed mold be used for silicone casting?
Yes, for suitable short-run applications. Mold geometry, print material, surface, release strategy, vents, and silicone behavior must be reviewed first.
What information is needed before casting?
Send the part CAD or drawing, target quantity, silicone hardness or behavior, finish, color, critical dimensions, inserts, and intended use.
Is silicone casting the same as injection molding?
No. Silicone casting uses a liquid silicone system and a different tool and process from heated-plastic injection molding.
What drives silicone casting cost?
The 3D-printed mold, master pattern, silicone volume, color, number of molds, and finish all affect the estimate.
What lead time should I plan for?
Around seven days is typical, including mold and master-pattern work. Each pour needs about 6–8 hours to cure; fewer molds can lower cost but extend the schedule.
Is there a minimum silicone order?
A one-litre minimum is a useful planning baseline. The actual quantity depends on the cavity, runners, vents, waste, and number of pours.
Indicative starting prices
Use these starting points to choose a service. The final quotation is confirmed after we review geometry, material, quantity, finish, tolerances, and delivery requirements.
Mold and master pattern
The 3D-printed mold and master pattern are priced from the geometry, size, and preparation required.
Quoted after geometry reviewSilicone, color, and mold count
Silicone volume, color choice, and the number of molds directly affect cost and lead time. Fewer molds lower cost but extend the schedule.
Quoted from the production planLead time
Planning is around seven days; each pour normally needs 6–8 hours to cure fully.
Confirmed with your mold planPrices are planning references, not a binding offer. We will confirm the scope, tax, delivery, and any revision or finishing work before production.
Manufacturing support from Pak Kret, Nonthaburi
MALIEV supports customers in Bangkok and Nonthaburi and reviews projects across Thailand. Files and project details can be sent online; delivery and onsite work depends on service and project review.
Maliev Co., Ltd.36/1 Moo 3, Khlong Khoi, Pak Kret, Nonthaburi 11120, Thailand
Business hours
Monday-Friday: 09:00-18:00
Saturday-Sunday: Closed
Have a silicone part in mind?
Send the geometry, quantity, material behavior, and intended use for a practical casting review.