OEM Sheet Metal Rapid Prototype | Fast Turnaround, OEM Quality

Precision Sheet Metal Prototype

We are a reliable precision sheet metal prototype. ISO 9001:2015 & ISO 13485:2016 Certified factory in Shenzhen, China. Make parts as quickly as 2 days. Global delivery by DHL, FedEx, Ups in 3-5 days.

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Is Your Prototyping Partner Meeting OEM Speed and Quality Demands?

An Original Equipment Manufacturer needs speed as a competitive advantage. Time for launching a new product is limited, and success is threatened by long prototyping cycles. The problem is finding a partner who can provide one OEM sheet metal rapid prototype while maintaining enough accuracy and quality for valid engineering. Getting a fast part that does not pass quality control or fit is worse than having one that is late. That part becomes a garbage one and increases the risk of losing competitiveness.

Jucheng Precision is designed for speed while maintaining OEM quality at the same time. We have fine-tuned each of our steps to construct a new schedule for you and speed up your development time. We mean rapid service in the sense that, for example, you will receive quotes in a few hours and your parts will have a turnaround time of four days or even less, all because of the considerable in-house capacity that contains over 150 advanced CNC machines and a workforce of over 190 skilled employees in 8000 sq. ft. of operational space.

Crucially, our speed never comes at the expense of quality. As an IATF 16949 certified manufacturer, we adhere to the same stringent quality standards trusted by the world's leading automotive companies. From laser cutting and bending to final finishing and assembly, every step is meticulously controlled. We verify every prototype's dimensional accuracy against your design using advanced CMM and Projector systems, ensuring the part you receive is ready for immediate and conclusive testing. Choose Jucheng to collapse your timeline from design to validation and get your innovation to market faster.

Types of Precision Sheet Metal Prototype

There are several types of precision sheet metal prototype processes, including:

Laser Cutting

At Jucheng Precision, laser cutting is a precise and versatile method used to cut materials such as metals, plastics, and composites. It involves using a high-powered laser beam directed through optics to cut materials into specific shapes or designs. This process offers high precision, excellent cut quality, and the ability to cut complex geometries.

Bending

At Jucheng Precision, bending is a forming process that uses force to shape metal sheets or other materials by plastically deforming them. Typically performed on a press brake, bending involves creating angles and shapes by applying pressure along a straight axis. It is essential in creating parts like brackets, enclosures, and chassis.

Welding

At Jucheng Precision, welding is the process of joining two or more metal pieces by melting their edges and fusing them together, often with the addition of a filler material. Common welding techniques include MIG (Metal Inert Gas), TIG (Tungsten Inert Gas), and arc welding. Welding provides strong, permanent joints and is used in a wide range of industries.

Punching

At Jucheng Precision, punching is a process used to create holes or other shapes in a sheet of material by using a punch press. The punch, driven by a mechanical or hydraulic system, forces a punch die through the material, effectively cutting out the desired shape. Punching is efficient for producing parts with repetitive hole patterns or cutouts.

Stamping

At Jucheng Precision, stamping is a manufacturing process that uses a press to form or cut sheet metal into desired shapes. Stamping operations include blanking, embossing, bending, flanging, and coining. This process is widely used for producing large quantities of parts with consistent quality and high precision, such as automotive components and electronic enclosures.

Assembly

At Jucheng Precision, assembly is the process of putting together various components and subassemblies to create a finished product. This may involve mechanical fastening, welding, adhesives, or other joining techniques. Assembly can be done manually or automated and is crucial in producing complex products, from simple consumer goods to sophisticated machinery and electronics.

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