Address:
Shenzhen Bao'an District Xinqiao Subdistrict Huangpu Community Huangpu East Ring Road No. 504 Shenzhen Yuan Industrial City Building C
Work Hours:
Monday to Friday: 9AM - 21PM
Weekend: 9AM - 21PM
GC Prototype Engineering Team
Silicone Molding Guide: Low-Volume Parts & Prototype Cost
Silicone molding—often called vacuum casting or urethane casting—is one of the most practical bridge-manufacturing methods for teams that need production-like plastic parts before injection molding is financially justified. During new product introduction, 3D printing may not deliver the required surface…
3D Printing Guide: Material Selection, Tolerances & Costs
3D printing has become a core manufacturing tool for accelerating new product introduction, validating complex geometry, and producing functional components without mold tooling. For Senior Mechanical Engineers, Product Designers, NPI Managers, and Procurement Professionals, the real challenge is no longer…
Sheet Metal Design Guide: Custom Enclosures, DFM & Costs
Sheet metal is essential for protecting electronics, medical instruments, robotic controllers, power systems, and industrial assemblies. It provides structural strength, heat dissipation, electromagnetic shielding, service access, and a durable external appearance without the tooling investment required by many molded processes.…
CNC Turning Guide: Precision Shafts, Tolerances & DFM Tips
CNC turning is one of the most efficient manufacturing processes for shafts, pins, bushings, threaded components, sleeves, rollers, and other rotationally symmetrical parts. By rotating the workpiece against computer-controlled cutting tools, a CNC lathe can maintain excellent concentricity, produce smooth…
CNC Machining Guide: Multi-Axis, Tolerances & DFM Tips
CNC machining is a foundation of modern precision manufacturing because it converts digital designs into accurate metal and plastic components without dedicated production tooling. For aerospace, medical, robotics, automation, and smart-hardware teams, it offers a practical route from a single…
EDM Surface Treatment: Texture Standards, Tolerances & DFM
Electrical discharge machining EDM surface finish control becomes essential when hardened steel, carbide, deep cavities, narrow slots, sharp internal details, or micro-scale features cannot be produced reliably with conventional cutting tools. Instead of applying mechanical cutting force, EDM removes conductive…
Injection Molding Guide: Rapid Tooling, Cost & DFM Tips
Injection molding remains the dominant manufacturing process for producing repeatable plastic parts at scale. It can deliver tight dimensional consistency, high-quality surfaces, integrated features, and competitive unit costs across thousands or millions of components. The challenge appears earlier in the…
Pressure Die Casting Guide: Prototyping, Tooling & Design
Pressure die casting is one of the most effective manufacturing processes for producing thin-walled, high-strength metal parts with complex geometry, repeatable dimensions, and production-ready surface quality. It is widely used for automotive structures, electronics housings, industrial equipment, robotics components, aerospace…
Silicone Molding Guide: Low-Volume Parts & Prototype Cost
When 3D printing cannot provide the required material behavior and injection molding tooling is too expensive, silicone molding for low volume plastic parts offers a practical bridge between early prototypes and production. Also known as vacuum casting or urethane casting,…
3D Printing Guide: Selecting Materials & Processes for Prototypes
3D printing has become one of the fastest and most flexible tools in modern product development. It allows engineering teams to move from CAD data to physical parts in days—or sometimes hours—without molds, dedicated fixtures, or expensive production tooling. However,…
