| Quantity: | |
|---|---|
Product Advantage
1. High-Strength Forging Process
The claw is hot forging as a single piece and machined with high-precision CNC lathes. This ensures continuous metal grain flow, greatly enhancing structural strength and fatigue resistance. Compared to cast components, it offers higher impact resistance and longer service life, especially suitable for heavy-load or high-frequency vibration conditions.
2. Eccentric Structural Design for Stronger Clamping Force
The eccentric geometry optimizes force angles to deliver stronger clamping performance and better stability, effectively preventing loosening or slipping during use. Ideal for equipment or workstations that demand high clamping accuracy.
3. Reinforcement Ribs for Enhanced Load Resistance
Critical stress zones are designed with thickened ribs or gussets, significantly improving bending and torsional resistance. This is particularly beneficial in environments with variable loads or uneven force distribution.
4. Premium Alloy Material
Made from high-grade case-hardening alloy steel such as ASTM 8620, which offers excellent carburizing and quenching properties along with core toughness. It delivers wear resistance on the surface and impact resistance at the core, ensuring durability in high-stress operations.
5. High-Precision Machining Fit
All critical mating surfaces and bores are CNC precision machined with strict dimensional tolerances, ensuring smooth assembly, operational stability, and improved overall equipment performance and reliability.
Technical Parameters
| Product Parameters | Content |
| Product Name | Eccentric Clamping Claw |
| Application | Agricultural Machinery |
| Material | 40Cr/Scr440/1.7035 |
| Weight | ＜3KG |
| Tolerance Class | IT:7 |
| Minimum Order Quantity | ≥100EA |
| Surface Roughness | RA:1.6-12.5 |
| Processing Technology | CNC |
| Production Volume | Over 3000 Pieces Per Month |
| Heat Treatment | Quenching and Tempering / Annealing |
| Hardness | HRC28 |
| Inspection Methods | CMM / Contour Measuring Instrument |
| Dimension | 120*80*25mm |
Product Uses
1. Agricultural Machinery Equipment
Used in the arm connections or pivot reinforcements of harvesters, seeders, tractors, and other agricultural machines. It enhances structural stability and torsional strength during field operations, significantly improving overall durability.
2. Construction Machinery – Wheel Loaders
Applied at the boom-to-bucket connection in wheel loaders as a pin reinforcement claw, it improves clamping force and load distribution, preventing loosening, wear, or deformation of key joints.
3. Heavy-Duty Equipment – Excavators
Installed on booms, linkages, and bucket shafts of excavators and similar high-load machinery. Functions as a reinforcement or support claw to withstand large oscillating and impact forces, ensuring long-term reliable performance.
4. Photovoltaic Equipment Mounting Systems
Used in solar panel cutting equipment or PV support structures to provide reliable clamping and reinforcement. It enhances operational precision and resistance to wind loads, extending equipment service life.
5. Automated Assembly Fixtures & Positioning Structures
Integrated into jigs and support claws in industrial automation systems. Offers high-strength positioning and clamping support, improving operational accuracy and production efficiency.
Product Operate Guide
Before use, ensure that the eccentric reinforcement claw matches the model of the clamping equipment and is properly installed in the designated position with secure fastening. During operation, align the eccentric direction of the claw with the contact surface of the workpiece to prevent slipping or clamping misalignment. Regularly inspect the claw for wear and fastening integrity to maintain safe clamping and stable processing performance.
Product Video
FAQ
1. Q: What types of equipment is the forged eccentric reinforcement claw used for?
A: It is widely used in CNC lathes, milling machines, fixture systems, and automated tooling setups. Designed to clamp irregular or eccentric workpieces, it enhances operational stability and safety during machining or assembly.
2. Q: Is customization available for this product?
A: Yes. We offer custom manufacturing based on 2D/3D drawings, fixture configurations, and specific working conditions. Custom options include dimensions, eccentricity, hole positions, and mounting styles.
3. Q: What material is used? How is the load capacity?
A: The product is forged from high-strength alloy steel, then heat-treated to improve hardness and toughness. It provides excellent impact resistance and clamping force, making it ideal for heavy-duty applications.
Product Advantage
1. High-Strength Forging Process
The claw is hot forging as a single piece and machined with high-precision CNC lathes. This ensures continuous metal grain flow, greatly enhancing structural strength and fatigue resistance. Compared to cast components, it offers higher impact resistance and longer service life, especially suitable for heavy-load or high-frequency vibration conditions.
2. Eccentric Structural Design for Stronger Clamping Force
The eccentric geometry optimizes force angles to deliver stronger clamping performance and better stability, effectively preventing loosening or slipping during use. Ideal for equipment or workstations that demand high clamping accuracy.
3. Reinforcement Ribs for Enhanced Load Resistance
Critical stress zones are designed with thickened ribs or gussets, significantly improving bending and torsional resistance. This is particularly beneficial in environments with variable loads or uneven force distribution.
4. Premium Alloy Material
Made from high-grade case-hardening alloy steel such as ASTM 8620, which offers excellent carburizing and quenching properties along with core toughness. It delivers wear resistance on the surface and impact resistance at the core, ensuring durability in high-stress operations.
5. High-Precision Machining Fit
All critical mating surfaces and bores are CNC precision machined with strict dimensional tolerances, ensuring smooth assembly, operational stability, and improved overall equipment performance and reliability.
Technical Parameters
| Product Parameters | Content |
| Product Name | Eccentric Clamping Claw |
| Application | Agricultural Machinery |
| Material | 40Cr/Scr440/1.7035 |
| Weight | ＜3KG |
| Tolerance Class | IT:7 |
| Minimum Order Quantity | ≥100EA |
| Surface Roughness | RA:1.6-12.5 |
| Processing Technology | CNC |
| Production Volume | Over 3000 Pieces Per Month |
| Heat Treatment | Quenching and Tempering / Annealing |
| Hardness | HRC28 |
| Inspection Methods | CMM / Contour Measuring Instrument |
| Dimension | 120*80*25mm |
Product Uses
1. Agricultural Machinery Equipment
Used in the arm connections or pivot reinforcements of harvesters, seeders, tractors, and other agricultural machines. It enhances structural stability and torsional strength during field operations, significantly improving overall durability.
2. Construction Machinery – Wheel Loaders
Applied at the boom-to-bucket connection in wheel loaders as a pin reinforcement claw, it improves clamping force and load distribution, preventing loosening, wear, or deformation of key joints.
3. Heavy-Duty Equipment – Excavators
Installed on booms, linkages, and bucket shafts of excavators and similar high-load machinery. Functions as a reinforcement or support claw to withstand large oscillating and impact forces, ensuring long-term reliable performance.
4. Photovoltaic Equipment Mounting Systems
Used in solar panel cutting equipment or PV support structures to provide reliable clamping and reinforcement. It enhances operational precision and resistance to wind loads, extending equipment service life.
5. Automated Assembly Fixtures & Positioning Structures
Integrated into jigs and support claws in industrial automation systems. Offers high-strength positioning and clamping support, improving operational accuracy and production efficiency.
Product Operate Guide
Before use, ensure that the eccentric reinforcement claw matches the model of the clamping equipment and is properly installed in the designated position with secure fastening. During operation, align the eccentric direction of the claw with the contact surface of the workpiece to prevent slipping or clamping misalignment. Regularly inspect the claw for wear and fastening integrity to maintain safe clamping and stable processing performance.
Product Video
FAQ
1. Q: What types of equipment is the forged eccentric reinforcement claw used for?
A: It is widely used in CNC lathes, milling machines, fixture systems, and automated tooling setups. Designed to clamp irregular or eccentric workpieces, it enhances operational stability and safety during machining or assembly.
2. Q: Is customization available for this product?
A: Yes. We offer custom manufacturing based on 2D/3D drawings, fixture configurations, and specific working conditions. Custom options include dimensions, eccentricity, hole positions, and mounting styles.
3. Q: What material is used? How is the load capacity?
A: The product is forged from high-strength alloy steel, then heat-treated to improve hardness and toughness. It provides excellent impact resistance and clamping force, making it ideal for heavy-duty applications.
