Prototype mold Capability Prototype mould Prototype plastic mold Prototype plastic tool Prototype injection mould Rapid prototype mold Prototypes are important in the development process of plastic injection molded components, saving time and money by helping detect design flaws and other issues...
Prototype plastic mold
Prototype plastic tool
Prototype injection mould
Rapid prototype mold
Prototypes are important in the development process of plastic injection molded components, saving time and money by helping detect design flaws and other issues in the design phase, With rich experience in providing injection molding prototypes, EVCO Plastics will work with you to develop injection molding prototypes that will work successfully for your project.Plastic injection molding prototypes can be produced quickly to meet the demands of tight development time lines. Prototypes can also be painted and decorated to appear much like the final product for marketing use prior to availability of production parts,Prototype molds can be used for low volume plastic injection molding production also.
Our advantage for Prototyping injection mold:
Quick lead time tooling/rapid prototypes
Master Unit Die (MUD) Inserts
Single cavity to multi cavity
Short run molds
Simple or complex geometrics
Aluminum or hard tool steel
More accurate replication of results from a production tool (no more surprises)
They can be pilot production-ready
Easier engineering changes
Easier to maintain (can be welded or plated)
Can be used as a back-up mold.
MeetMoulds can provide a full range of technologies for plastic injection molding prototyping, from traditional CNC machining to a full range of additive manufacturing rapid prototyping technologies, including:
Traditional CNC Machining
A rapid prototyping additive manufacturing process laying down successive layers of material directly from a CAD model that can create almost any geometry, including undercuts, overhangs and internal volumes. 3D Printing additive manufacturing also offers relatively inexpensive and fast production
for a small number of parts.
Selective Laser Sintering (SLS)
A rapid prototyping additive manufacturing process using a laser to sinter powder-based materials together, layer by layer, forming a durable solid prototype model ideal for functional parts in a variety of applications. SLS also enables production of injection molding prototypes with snap fits and living hinges.
A rapid prototyping additive manufacturing process employing a UV laser and vat of liquid UV-curable photopolymer resin to produce prototypes quickly, one layer at a time. SLA injection molding prototyping is ideal for checking part sizing, fit and function and for use as finished-part-looking. marketing prototypes
Fused Deposition Modeling (FDM)
A solid-based rapid prototyping additive manufacturing process that extrudes material layer by layer to build the prototype. FDM is ideal for producing conceptual and engineering models and functional testing plastic injection molding prototypes.
Vacuum Casting/Silicon Molding
Starting from a model obtained through CNC machining or SLA or SLS or others(or your provided a model), we duplicate a small series of parts in polyurethanes or other polymers by vacuum casting in silicon moulds. Vacuum Casting (Silicon Molding) is one of the best way for low volume manufacture (plastic part) when the quantity during 10-50 pieces.
Using silicon mould to instead steel mould, the cost will be reduced, Usually one silicone mold can cast about 15 to 20 pieces of parts, depends on complexity, painting or original color, size and other factors in different parts.