Precision CNC Machining, Rapid prototyping, and Custom parts

What Files and Information Do I Need to Submit for a Test Part?

Every successful product begins with a solid design. To start your project with 6CProto, please provide a manufacturable 3D CAD file — typically a STEP file for CNC machining or a STL/Mesh file for 3D printing. No CAD experience? No problem. Our team can help transform your concept — even a simple sketch — into

By |2025-10-25T21:14:03+08:00October 25th, 2025|

How Fast Can I Receive My Prototype Parts?

At 6CProto, most rapid prototyping projects are completed within just a few days, thanks to our streamlined production workflow and global delivery network. Actual lead times may vary depending on part complexity, materials, and finishing requirements. For an exact delivery estimate, simply submit your project — we’ll provide a free quotation and detailed lead time

By |2025-10-25T21:12:04+08:00October 25th, 2025|

What Are the Main Types of Prototypes?

At 6CProto, we provide several types of prototypes to support every stage of product development — from early concept validation to pre-production testing. Each prototype serves a unique purpose in the design and engineering process. 1. Concept Model: A simplified prototype used to communicate the initial idea or design concept. It’s typically for internal use

By |2025-10-25T21:08:49+08:00October 25th, 2025|

What Materials Are Used in Rapid Prototyping?

As a leading rapid prototyping company, 6CProto offers services using a wide range of production-grade materials, including plastics, metals, resins, and composites. Based on your project requirements, we select the most suitable manufacturing method — such as CNC machining, 3D printing, or casting — to ensure optimal precision and performance. For a detailed list of

By |2025-10-25T21:05:57+08:00October 25th, 2025|

What Is Rapid Prototyping and Why Use It?

Rapid prototyping is the process of quickly turning a product idea into a physical prototype using digital design and modern manufacturing technologies. With advanced methods such as 3D printing and CNC machining, prototypes can be made from engineering-grade plastics or metals, and finished with optional surface treatments for enhanced appearance and performance. This process allows

By |2025-10-25T21:06:22+08:00October 25th, 2025|
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