CNC Machining centerSpecs.：CA6140、CA6130、CA6125Processing range：φ2mm-φ300mmAdvantages：High precision, automatic feeding, stable process capabilityAccuracy：0.005mmUsage：Used for the production and processingof various precision CNC products, turningproducts. Products range：automotives, home appliance

High precision progressivedie stamping lineTonnage：110T、125T、160T、200T、400T、630TProcessing：1000mm*2500mm*500mmAdvantages：High precision, automatic feeding, stable process capabilityAccuracy：0.02mmUsage：Various precision deep drawn partsmanufacturing, materials available: steel, copper, stainless ste

Precision hydraulic equipmentproduction lineTonnage：200T、315T、630TProcessing：1600mm*1600mm*1000mmAdvantages：High precision，high stabilityAccuracy：0.05mmUsage：Various precision deep drawn partsmanufacturing, materials available: steel, copper, stainless steel, aluminum etc. Products range: automotive

Our quality control

Tooling decides the accuracy, yield and unit cost of deep drawn parts. See how CAE simulation and in-house die design cut tryout loops.

In engineering fields where the safety of human life and property is critical, such as pressure equipment, shipbuilding, bridges, and nuclear power, welding quality can never be guaranteed solely by a welder’s skill, intuition, or experience. Instead, it must be based on a rigorous and traceable welding procedure qualification system. The Welding Procedure Qualification Record (PQR) and Welding Procedure Specification (WPS) are the two most important technical documents within this system.

As smart manufacturing becomes a core concept of Industry 4.0, welding workshops are undergoing a profound transformation from labor-intensive operations to technology-intensive production. Robotic welding systems, as a key component of Flexible Manufacturing Cells (FMCs), not only help address the shortage of skilled welders but also achieve consistent and traceable welding quality through highly accurate repeatability, which can typically reach approximately ±0.05 mm.

The Ultimate Balance Between Precision and Speed — An In-Depth Analysis of Progressive Die Stamping Processes

Focusing on "Material Adaptability and Structural Innovation"—Comprehensive Coverage from Thin Materials to High-Strength Steel

A Sustainable Process: Low Energy Consumption, Low Emissions, and High Recyclability