2025-07-31
Precision sheet metal processing possesses the following core capabilities and technical features for complex shape processing:
Processing complex parts such as hard drive housings through staged stamping (cutting -> bending -> punching), effectively reducing stress concentration.
Typical Application: Electronic device shielding covers are formed continuously through 12 steps, with tolerances within ±0.1mm.
Supports three-dimensional curved surface cutting of titanium alloys and stainless steel, with a minimum incision width of 0.1mm, suitable for special-shaped parts such as aircraft engine blades.
Material Type | Processing Characteristics | Typical Applications |
---|---|---|
Aluminum Alloy | Good ductility, minimum bend radius of 0.4 times the sheet thickness. | Forming of multi-curved laptop housings. |
304 Stainless Steel | Requires a bend radius of 1.5 times the sheet thickness, with a springback compensation of 1-2°. | Welded components for medical device cavities. |
Titanium Alloy | Requires hot pressing technology, temperature control within ±5°C. | Aircraft engine combustion chamber components |
Laser cutting and stamping machines can perform processes traditionally requiring machining, such as countersinking and chamfering, increasing processing efficiency for 6mm thick plates by 50%.
Pre-compensated bend angles through design-for-manufacturing (e.g., presetting a 91° bend in stainless steel to achieve a 90° target).
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