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

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CNC Machining Custom Metal Parts: Tolerance Control & Full Auxiliary Processing

High-precision mechanical assembly parts, electronic hardware accessories, auto spare parts rely on CNC machining for tight tolerance requirements. Many buyers receive defective products due to unclear CNC tolerance standards. KAISHI Hardware integrates CNC machining with sheet metal, stamping, welding to realize one-stop precision metal part customization.

Metal Surface Finishing Types: How To Choose The Right Treatment For Your Parts

The requirements for hardware components in the automotive industry are on a completely different level compared to those for general industrial equipment. Many clients new to automotive component supply come with blueprints for a quote; initially, they may find the price "significantly higher" than that of standard hardware, but upon closer inspection, they realize the higher cost is justified. Today, let’s break down the unique aspects of automotive hardware components to help you understand the logic behind this sector.

Why Are Drawn Parts Prone to Cracking? A Comprehensive Guide from Process Principles to Design Essentials

In custom metal fabrication, deep drawing is one of those processes that "looks simple but is difficult to execute perfectly." Clients often bring drawings of drawn parts and ask, "Why did the previous factory only achieve a 60% yield rate?" or "Why do price quotes for the same drawing vary by as much as 100% between factories?" To answer these questions, one must first understand the fundamentals of the deep drawing process.

Custom metal fabrication involves much more than cutting and forming metal.

Many production issues originate from the design stage rather than the manufacturing process itself.

Here are five common challenges manufacturers frequently encounter.

Choosing Between CNC Machining and Metal Stamping: Which Is Right for Your Project?Selecting the appropriate manufacturing process is one of the most important decisions when developing custom metal components.