Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

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Customization: Available
After-sales Service: 12 Month
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  • Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service
  • Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service
  • Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service
  • Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service
  • Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service
  • Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service
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  • Overview
  • Product Description
  • Company Profile
  • OUR CERTIFICATIONS
  • OUR PARTNERS
  • PROCESSING SERVICE
  • FAQ
Overview

Basic Info.

Model NO.
Stamping Bending Machining
Type
Cold Stamping
Processing Type
Metal Spinning
Material
Alloy Steel
Mould
Simple Single Process Dies
Surface Processing
Electroplating
Fine Blanking
Multi-Position
Process
Separation Process
Industry
Metal Stamping Parts
Tolerances
0.01mm
Customized
Customized
Name
Bending Metal Part
Materials
Alloy
Tolerance
+/-0.01 mm
Processing
Stamping,Bending,Laser Cutting
Treatment
Anodizting
Applications
Bracket,Fastening Plate
Keywords 1
Stamping Machining
Keywords 2
Sheet Metal
Keywords 3
Sheet Metal Fabrication
Keywords 4
Sheet Metal Bending
Keywords 5
Sheet Metal Cutting
Keywords 6
Sheet Metal Machining
Keywords 7
Sheet Metal Work
Keywords 8
Machining Service
Keywords 9
Precision Machining
Transport Package
Films Package+ Carbon Box
Specification
Customized
Trademark
Wanda-an
Origin
China
HS Code
7308900000
Production Capacity
500000000000

Packaging & Delivery

Package Size
15.00cm * 15.00cm * 15.00cm
Package Gross Weight
2.000kg

Product Description

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

Bending Bending is an indispensable technique in the art of sheet metal fabrication, shaping metals into V-shapes, U-shapes, or intricate configurations by altering the metal along a linear axis.
Post-Bending Finishes

Deburring: Employing vibratory tumbling or the meticulous touch of manual filing to achieve smooth surfaces.
Surface Treatment: Offering rich finishes like powder coating, anodizing, and plating to enhance durability and aesthetics.
Inspection: Utilizing advanced laser scanning or CMM to ensure precision for critical components.

Stamping Stamping is a pivotal, high-efficiency manufacturing process that employs dies and presses to meticulously cut, bend, or form sheet metal, crafting the desired shapes with precision.
Post-Stamping Processes

Deburring: Techniques like vibratory tumbling, grinding, or precision laser deburring ensure flawless finishes.
Surface Finishing: Delivering superior finishes through powder coating, electroplating, and anodizing.
Inspection: Conducted via state-of-the-art vision systems, CMM, or thorough manual checks to guarantee quality.

Laser cutting Laser cutting is a cutting-edge, high-precision, non-contact thermal process using a focused laser beam to cut, engrave, or perforate sheet metal with exceptional precision.
Post-Processing
Deburring: Achieved through vibratory tumbling, meticulous manual filing, or precision laser deburring.
Edge Smoothing: Employing grinding or electropolishing, particularly for stainless steel, to achieve sleek edges.
Surface Coating: Applying powder coating, anodizing (for aluminum), or plating to enhance protection and appearance.

Product Description

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

Bending Machining Specifications
Parameter Typical Range/Value
Material Thickness 0.5 mm - 12 mm (0.02" - 0.47")
Bend Radius (R) 0.5×T - 1.5×T (T = material thickness)
Bend Angle Tolerance ±0.5° - ±2° (depends on method)
Minimum Flange Length 4×T + R (to avoid tool interference)
K-Factor (Neutral Axis) 0.3 - 0.5 (varies by material)
Press Brake Bending Parameters
Parameter Air Bending Bottoming Coining
Force (Ton/m) Low to moderate High Very high
Accuracy ±1° ±0.5° ±0.2°
Tool Wear Low Moderate High
Applications Prototypes, general High-precision parts Hard materials
Stamping Press Machine Specifications
Press Type Force Range Speed Accuracy Applications
Mechanical Press 5-3000 tons 20-1,500 SPM ±0.1 mm High-speed blanking
Hydraulic Press 10-10,000 tons 5-100 SPM ±0.05 mm Deep drawing, coining
Servo Press 5-2000 tons 10-400 SPM ±0.01 mm Precision forming
Laser Cutting Tolerances & Clearances
Standard Tolerance: ±0.1 mm (up to 5mm thickness).
Hole Diameter: ≥1× material thickness (e.g., 2mm hole for 2mm steel).
Kerf Width: 0.1-0.3 mm (depends on laser focus).
Minimum Internal Corner Radius: ≥0.2 mm.
Material Specifications
Material Thickness Range Tensile Strength (MPa) Notes
Mild Steel (CRS) 0.5-6 mm 250-400 Most common; cost-effective
Stainless Steel (304) 0.5-5 mm 500-700 Corrosion-resistant; harder to stamp
Aluminum (5052) 0.5-8 mm 150-300 Lightweight; prone to scratching
Copper (C110) 0.3-4 mm 200-250 High conductivity; soft
Brass (260) 0.3-3 mm 300-400 Decorative; brittle

Design Guidelines
Holes/Slots: Position at least 2×T from the bend line to prevent distortion and maintain integrity.
Bend Sequence: Initiate bending from the farthest point to minimize potential collisions.
Relief Cuts: Essential for adjacent bends or when dealing with tight tolerances.
Spring back Compensation: To compensate, overbend by 2°-5°, depending on material properties.

Key Parameters in Bending
Bend Radius: Typically set at 0.5-1.5x the material thickness to prevent cracking.
K-Factor: The K-Factor is the ratio of the neutral axis to material thickness, crucial for calculating bend allowance.
Bend Allowance/Deduction: Used to calculate the flat pattern length needed before bending.
Spring back: This is the elastic recovery post-bending, typically managed by over bending to achieve desired angles.
Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

Company Profile

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining ServiceSuperior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

OUR CERTIFICATIONS

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

OUR PARTNERS

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

PROCESSING SERVICE

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

FAQ

Superior Alloy Bending Metal Parts with Precision Sheet Metal Machining Service

 

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