Stereo Lithography Analysis (SLA) is an additive prototyping process. In this process, the material used is epoxy and cured layer by layer using laser beam to manufacture the desired prototype. These prototypes have good aesthetics and highly preferred for design verification & as master pattern to make silicone molds.

Direct Metal Laser Sintering (DMLS) This is an additive prototyping process similar to SLS. In this process, the material used is Powder form Metal. High powered Laser beam is used to sinter the metal powder layer by layer to manufacture the desired prototype. This process is suggested for quick producing of functional or complicated metal prototypes .

Fused Deposition Modeling (FDM) is an additive prototyping process. In this process, the material used is thermoplastic wires (Mostly ABS or PC) which extrudedcontrolled thru a nozzle and built the desired prototype. This process is suggested for functional prototypes in limited quantity.

Stereo Lithography Analysis (SLA) is an additive prototyping process. In this process, the material used is epoxy and cured layer by layer using laser beam to manufacture the desired prototype. These prototypes have good aesthetics and highly preferred for design verification & as master pattern to make silicone molds.

We are offering vacuum casting. Vacuum casting silicone molding is a rapid tooling process. Where master pattern of any suitable process can be used to produce a silicone rubber mold. Core and cavity extraction is done manually. Equivalent material to the end material poured under vacuum so as to produce the component. Ideally a silicone mold can produce up to 20 good replicas but again the capability may vary as per the design complexibility & quality acceptance. The parts produced in this process are functional and with excellent aesthetics. This process is suggested when multiple functional prototypes required within a short time line in low cost.

Stereo Lithography Analysis (SLA) is an additive prototyping process. In this process, the material used is epoxy and cured layer by layer using laser beam to manufacture the desired prototype. These prototypes have good aesthetics and highly preferred for design verification & as master pattern to make silicone molds.

Direct Metal Laser Sintering (DMLS) This is an additive prototyping process similar to SLS. In this process, the material used is Powder form Metal. High powered Laser beam is used to sinter the metal powder layer by layer to manufacture the desired prototype. This process is suggested for quick producing of functional or complicated metal prototypes .

Fused Deposition Modeling (FDM) is an additive prototyping process. In this process, the material used is thermoplastic wires (Mostly ABS or PC) which extrudedcontrolled thru a nozzle and built the desired prototype. This process is suggested for functional prototypes in limited quantity.

Stereo Lithography Analysis (SLA) is an additive prototyping process. In this process, the material used is epoxy and cured layer by layer using laser beam to manufacture the desired prototype. These prototypes have good aesthetics and highly preferred for design verification & as master pattern to make silicone molds.

We are offering vacuum casting. Vacuum casting silicone molding is a rapid tooling process. Where master pattern of any suitable process can be used to produce a silicone rubber mold. Core and cavity extraction is done manually. Equivalent material to the end material poured under vacuum so as to produce the component. Ideally a silicone mold can produce up to 20 good replicas but again the capability may vary as per the design complexibility & quality acceptance. The parts produced in this process are functional and with excellent aesthetics. This process is suggested when multiple functional prototypes required within a short time line in low cost.