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Product Advantage
1. High-Strength Materials for Stability and Durability
Premium materials undergo multiple heat treatment processes, delivering excellent tensile strength and fatigue resistance. This ensures long-term use without deformation, maintaining processing stability.
2. High-Precision Machining with Controlled Accuracy
Advanced 5-axis CNC machining centers guarantee key dimensional tolerances within micron levels. High clamping precision ensures concentricity and positioning accuracy during high-speed cutting.
3. Strong Clamping Force with Vibration and Loosening Resistance
The tool holder’s clamping system features tapered positioning, drawbar fastening, and locating keys, enhancing stability and preventing tool vibration, displacement, or loosening during machining.
4. Modular Structure Compatible with Various Tool Systems
Designed per international standards, compatible with multiple tool sizes and holders, facilitating quick equipment changeovers and multi-process machining, reducing replacement costs.
5. Excellent Surface Treatment for Corrosion and Wear Resistance
Fine grinding and black coating improve corrosion and oxidation resistance, extending service life and adapting to complex machining environments.
Technical Parameters
| Product Parameters | Content |
| Product Name | ID/OD Holder |
| Application | Machine Tool Accessories |
| Material | GB/QT450 |
| Surface Treatment | Black Oxidation |
| Weight | 2-50KG |
| Tolerance Class | IT:6-10 |
| Minimum Order Quantity | ≥5EA |
| Surface Roughness | RA:0.8-12.5 |
| Processing Technology | CNC |
| Production Volume | Over 1000 Pieces Per Month |
| Casting Method | Horizontal Continuous Casting |
| Heat Treatment | Tempering-Quenching |
| Hardness | HRC18-45 |
| Testing Method | CMM |
Product Uses
1. CNC Lathes, Milling Machines, and Machining Centers
Ensure tool stability during high-speed rotation and heavy cutting. Enable quick tool changes and precise positioning for milling, drilling, tapping, and other operations. Widely used for multi-face finishing of housings, molds, and structural parts, supporting high rigidity clamping requirements.
2. Mold Manufacturing Industry
In precision mold processing (e.g., injection molds, die-casting molds), tool holders must maintain extremely high positioning and repeatability accuracy to improve cavity surface quality and extend mold life.
3. Automotive Parts Machining
For complex components like engine blocks and transmission housings, tool holders withstand multi-axis movements and heavy loads, ensuring machining accuracy and batch consistency, crucial for automated production.
4. Construction Machinery and Heavy Industry
For rough and semi-finish machining of large castings and welded parts such as excavator structures and hydraulic components, tool holders require strong clamping force and vibration resistance to ensure safety under deep cuts and high feed rates.
Product Operate Guide
1. Before installation, confirm that the tool holder model matches the machine interface and that the tool dimensions and clamping method are compatible.
2. Clean the taper shank of the tool holder, spindle, and clamping area before use to prevent unstable clamping, excessive runout, or damage to contact surfaces.
3. Properly clamp the tool according to the tool holder structure, and use a torque wrench to tighten bolts to the recommended torque to avoid over-tightening or loosening.
4. After installation, check concentricity and runout to ensure machining accuracy.
5. If vibration, abnormal noise, or rough workpiece surface occurs during machining, stop the machine immediately for inspection.
6 .Regularly inspect clamping force and surface wear of the tool holder; apply lubrication and remove rust and debris as needed.
Product Video
FAQ
1.Q: Which machine tool models are your tool holders compatible with?
A: Our tool holders are widely compatible with various CNC lathes, vertical and horizontal machining centers, supporting multiple international standard interfaces including BT, HSK, CAT, DIN, etc. Custom processing based on customer drawings or requirements is also available.
2.Q: How to maintain the tool holder to extend its service life?
A: We recommend regular cleaning of the tool holder surface and clamping area to prevent buildup of metal chips and coolant residue. Avoid dropping or impacting the tool holder and periodically check clamping force and concentricity.
3.Q: How do you ensure product quality?
A: We use Coordinate Measuring Machines (CMM) for comprehensive inspection of key dimensions and strictly follow ISO-based quality control processes throughout production.
4.Q: Is the tool holder safe and reliable for high-speed machining?
A: Our tool holders undergo dynamic balancing tests and are suitable for high-speed machining centers, effectively reducing vibration and tool runout, improving surface finish quality and operational safety.
Product Advantage
1. High-Strength Materials for Stability and Durability
Premium materials undergo multiple heat treatment processes, delivering excellent tensile strength and fatigue resistance. This ensures long-term use without deformation, maintaining processing stability.
2. High-Precision Machining with Controlled Accuracy
Advanced 5-axis CNC machining centers guarantee key dimensional tolerances within micron levels. High clamping precision ensures concentricity and positioning accuracy during high-speed cutting.
3. Strong Clamping Force with Vibration and Loosening Resistance
The tool holder’s clamping system features tapered positioning, drawbar fastening, and locating keys, enhancing stability and preventing tool vibration, displacement, or loosening during machining.
4. Modular Structure Compatible with Various Tool Systems
Designed per international standards, compatible with multiple tool sizes and holders, facilitating quick equipment changeovers and multi-process machining, reducing replacement costs.
5. Excellent Surface Treatment for Corrosion and Wear Resistance
Fine grinding and black coating improve corrosion and oxidation resistance, extending service life and adapting to complex machining environments.
Technical Parameters
| Product Parameters | Content |
| Product Name | ID/OD Holder |
| Application | Machine Tool Accessories |
| Material | GB/QT450 |
| Surface Treatment | Black Oxidation |
| Weight | 2-50KG |
| Tolerance Class | IT:6-10 |
| Minimum Order Quantity | ≥5EA |
| Surface Roughness | RA:0.8-12.5 |
| Processing Technology | CNC |
| Production Volume | Over 1000 Pieces Per Month |
| Casting Method | Horizontal Continuous Casting |
| Heat Treatment | Tempering-Quenching |
| Hardness | HRC18-45 |
| Testing Method | CMM |
Product Uses
1. CNC Lathes, Milling Machines, and Machining Centers
Ensure tool stability during high-speed rotation and heavy cutting. Enable quick tool changes and precise positioning for milling, drilling, tapping, and other operations. Widely used for multi-face finishing of housings, molds, and structural parts, supporting high rigidity clamping requirements.
2. Mold Manufacturing Industry
In precision mold processing (e.g., injection molds, die-casting molds), tool holders must maintain extremely high positioning and repeatability accuracy to improve cavity surface quality and extend mold life.
3. Automotive Parts Machining
For complex components like engine blocks and transmission housings, tool holders withstand multi-axis movements and heavy loads, ensuring machining accuracy and batch consistency, crucial for automated production.
4. Construction Machinery and Heavy Industry
For rough and semi-finish machining of large castings and welded parts such as excavator structures and hydraulic components, tool holders require strong clamping force and vibration resistance to ensure safety under deep cuts and high feed rates.
Product Operate Guide
1. Before installation, confirm that the tool holder model matches the machine interface and that the tool dimensions and clamping method are compatible.
2. Clean the taper shank of the tool holder, spindle, and clamping area before use to prevent unstable clamping, excessive runout, or damage to contact surfaces.
3. Properly clamp the tool according to the tool holder structure, and use a torque wrench to tighten bolts to the recommended torque to avoid over-tightening or loosening.
4. After installation, check concentricity and runout to ensure machining accuracy.
5. If vibration, abnormal noise, or rough workpiece surface occurs during machining, stop the machine immediately for inspection.
6 .Regularly inspect clamping force and surface wear of the tool holder; apply lubrication and remove rust and debris as needed.
Product Video
FAQ
1.Q: Which machine tool models are your tool holders compatible with?
A: Our tool holders are widely compatible with various CNC lathes, vertical and horizontal machining centers, supporting multiple international standard interfaces including BT, HSK, CAT, DIN, etc. Custom processing based on customer drawings or requirements is also available.
2.Q: How to maintain the tool holder to extend its service life?
A: We recommend regular cleaning of the tool holder surface and clamping area to prevent buildup of metal chips and coolant residue. Avoid dropping or impacting the tool holder and periodically check clamping force and concentricity.
3.Q: How do you ensure product quality?
A: We use Coordinate Measuring Machines (CMM) for comprehensive inspection of key dimensions and strictly follow ISO-based quality control processes throughout production.
4.Q: Is the tool holder safe and reliable for high-speed machining?
A: Our tool holders undergo dynamic balancing tests and are suitable for high-speed machining centers, effectively reducing vibration and tool runout, improving surface finish quality and operational safety.
