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
High-Precision Additive Manufacturing: From Concept Validation to Functional Parts
At GC-Prototype, it is our mission to provide the best rapid prototyping solutions in the industry. Using the latest industrial 3D printing technology we can produce accurate prototypes in as little as 24 hours. 3D printed prototypes are perfect for quickly testing project design or function, or as a useful visual aid helping to demonstrate your concept.
3D printing uses a layering process to quickly produce three dimensional prototypes from 3D CAD data using a variety of different possible materials. Using different 3D printing methods layers are added and cured until a final product is complete.
We offer SLA and SLS 3D printing production services creating functional and non-functional prototypes using different plastics, nylons, and silicone rubbers. Your design and needs will determine which laser rapid prototyping solution is right for you.
Key Advantages of Our 3D Printing Technologies
When developing new hardware or functional enclosures, selecting the proper additive manufacturing process is critical. At GC Prototype, we leverage industrial-grade SLA, SLS, and SLM systems to meet diverse engineering standards:
Stereolithography (SLA): Ideal for concept modeling, ergonomic validation, and visual display prototypes requiring ultra-smooth surface finishes and fine cosmetic details.
Selective Laser Sintering (SLS): Perfect for functional testing and low-volume production. SLS uses robust nylon powders (such as PA12) without requiring support structures, allowing for intricate geometric designs and durable snap-fit assemblies.
Direct Metal Laser Sintering (DMLS/SLM): Designed for mission-critical prototypes in aerospace, robotics, and medical devices where high-strength aluminum, titanium, or stainless steel components are mandatory.
Design for Additive Manufacturing (DFAM) Support
Our experienced engineering team provides comprehensive DFM feedback prior to production. We review your 3D CAD models to optimize wall thickness, minimize internal stress, ensure proper drainage holes for hollowed structures, and prevent thermal warping. Whether you need a single proof-of-concept prototype or an on-demand bridge production run of complex custom parts, our streamlined manufacturing workflow guarantees fast turnaround and reliable precision within 24 to 48 hours.
Post-Processing & Quality Assurance
We offer diverse surface finishing solutions including bead blasting, vapor smoothing, painting, and thread inserts. Every printed prototype undergoes dimensional CMM inspection to ensure full compliance with your 2D and 3D engineering specifications.
SLA 3D Printing
Taking 3D CAD data materials are liquified and repeatedly layered before being dried with ultraviolet light.
They are then cleaned and sent for final curing. Prototypes made using SLA laser printing are extremely accurate and precise allowing for high resolution of detail on even small prototypes.
SLA Printing Process
SLS 3D Printing
SLS laser rapid prototyping is a layering process used for producing fully-functional prototypes.
In 3D SLS printing CAD designs are divided into equal digital layers which areprinted and moulded together using lasers.
