Q460D and Q690D Cut Parts



Product name: | Q460D and Q690D Cut Parts |
Keywords: | Cut Parts |
Industry: | Industrial design and manufacturing services - Industry and Engineering design services |
Process: | Machining - Five-axis machining |
Material: | Carbon steel |
Processing manufacturer
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- There are 90 manufacturers that provide this material processing service
- There are 135 manufacturers that provide this industry processing service
Product details
Henan Bebon Iron & Steel Co., Ltd. is a professional manufacturer of cut parts. We can process according to customer samples and drawings.
1. Advantages of Cut Parts
Cut parts are widely used in industries such as machinery manufacturing, construction, automotive, and aerospace. Here are the key advantages we recommend:
High Precision: Using laser cutting or CNC plasma cutting technology, the precision can reach ±0.01mm, suitable for high-precision mechanical parts or decorative components.
Diverse Materials: Supports various materials such as stainless steel, aluminum alloy, carbon steel, copper, and titanium alloy to meet the needs of different industries.
Complex Shape Processing: Laser cutting and waterjet cutting can achieve complex geometric shape processing, suitable for customized designs.
Excellent Surface Quality: Smooth cutting edges, no burrs, reducing subsequent processing steps, suitable for high-standard surface requirements.
Fast Delivery: Automated production lines and advanced equipment ensure efficient production and shorten delivery cycles.
2. Recommended Cut Part Types and Applications
Based on customer needs, here are common cut part types and recommended application scenarios:
Stainless Steel Cut Parts:
Features: Corrosion resistance, high-temperature resistance, suitable for harsh environments.
Applications: Chemical equipment, medical devices, food processing equipment, architectural decoration (such as curtain wall panels).
Recommended Technology: Laser cutting (high precision, suitable for thin plates 0.5-20mm) or waterjet cutting (no heat-affected zone, suitable for thick plates).
Aluminum Alloy Cut Parts:
Features: Lightweight, high strength, good electrical conductivity and processing performance.
Applications: Aerospace components, automotive parts, electronic equipment housings.
Recommended Technology: Laser cutting (efficient for thin plates) or plasma cutting (economical for thick plates).
Carbon Steel Cut Parts:
Features: High strength, low cost, suitable for structural parts.
Applications: Machinery manufacturing, bridge construction, steel structure engineering.
Recommended Technology: Plasma cutting (economical, suitable for thick plates) or flame cutting (ultra-thick plates).
1. Advantages of Cut Parts
Cut parts are widely used in industries such as machinery manufacturing, construction, automotive, and aerospace. Here are the key advantages we recommend:
High Precision: Using laser cutting or CNC plasma cutting technology, the precision can reach ±0.01mm, suitable for high-precision mechanical parts or decorative components.
Diverse Materials: Supports various materials such as stainless steel, aluminum alloy, carbon steel, copper, and titanium alloy to meet the needs of different industries.
Complex Shape Processing: Laser cutting and waterjet cutting can achieve complex geometric shape processing, suitable for customized designs.
Excellent Surface Quality: Smooth cutting edges, no burrs, reducing subsequent processing steps, suitable for high-standard surface requirements.
Fast Delivery: Automated production lines and advanced equipment ensure efficient production and shorten delivery cycles.
2. Recommended Cut Part Types and Applications
Based on customer needs, here are common cut part types and recommended application scenarios:
Stainless Steel Cut Parts:
Features: Corrosion resistance, high-temperature resistance, suitable for harsh environments.
Applications: Chemical equipment, medical devices, food processing equipment, architectural decoration (such as curtain wall panels).
Recommended Technology: Laser cutting (high precision, suitable for thin plates 0.5-20mm) or waterjet cutting (no heat-affected zone, suitable for thick plates).
Aluminum Alloy Cut Parts:
Features: Lightweight, high strength, good electrical conductivity and processing performance.
Applications: Aerospace components, automotive parts, electronic equipment housings.
Recommended Technology: Laser cutting (efficient for thin plates) or plasma cutting (economical for thick plates).
Carbon Steel Cut Parts:
Features: High strength, low cost, suitable for structural parts.
Applications: Machinery manufacturing, bridge construction, steel structure engineering.
Recommended Technology: Plasma cutting (economical, suitable for thick plates) or flame cutting (ultra-thick plates).
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