Steel Ball Cold Former Z32G-51
Price & Terms
Specifications
Basic feauturies
Processing parameters
Engines and power supply
Overall dimensions and weight
Equipment
Description
Key Advantages of the Z32G-51 Machine:
High Productivity:
The machine ensures production output at a rate of 100 to 700 pieces per minute. This level of productivity enables efficient operation in high-volume manufacturing of bearing balls and other similar products.
Optimal Diameter Range:
The equipment is designed for producing steel balls with diameters ranging from 3 to 5 mm. The maximum diameter of finished products can reach up to 6 mm.
Precision Forming Accuracy:
The machine is equipped with a precision control system utilizing a second-axis cam mechanism, ensuring positioning accuracy within 3-5% of a millimeter, which guarantees consistent geometry of the finished balls.
High-Quality Components:
The machine incorporates a Taiwan-manufactured electric motor and main electrical components from a French brand, ensuring reliable and stable equipment operation.
Well-Engineered Main Assemblies:
The vertical plate ensures stable sliding motion.
The slide is made from high-strength cast alloy steel.
The crankshaft is fabricated from wear-resistant alloy steel with high strength and toughness.
Reliability and Durability:
The installation of a slide support plate provides shock absorption and wear resistance, extending the machine's service life. A rational lubrication circuit design ensures proper oiling of all components.
Automatic Safety System:
The machine features an automatic shutdown function in case of insufficient lubricating oil, preventing damage to mechanical components.
Energy-Efficient Drive System:
The installed 5.5 kW electric motor, combined with a separate oil pump, ensures optimal energy consumption without compromising productivity.
Flexible Adjustment Capability:
The machine allows for wide-range speed adjustment (from 100 to 700 pcs/min) via frequency control, enabling process optimization for various materials and tooling durability requirements.