Bearing Steel ball cold header (LD-35QFZ) precision and Efficiency, Designed for Small Steel Ball Forming
The LD-35QFZ Steel Ball Cold Header is a high-efficiency equipment specifically designed for producing small steel balls with diameters of 1mm-3mm. With its precision forming technology, adjustable production speed, and compact design, the LD-35QFZ is an ideal choice for the manufacturing of small precision components. Whether for high-volume production or high-precision requirements, the LD-35QFZ can easily meet the demands, helping customers improve production efficiency and reduce operational costs.
This machine features a rational structure, reliable performance, low noise, high efficiency, and ease of adjustment and maintenance. Its core advantages include:
● High-Precision Forming: Designed for 1mm-3mm small steel balls, ensuring dimensional accuracy of each blank ball.
● Efficient Production: Production speed can reach 100-360 pieces per minute, with adjustable settings to meet different production rhythms.
● Energy Saving and Environmental Protection: Main motor power is only 1.1kw, and oil pump motor power is 1/4HP, with low energy consumption, meeting green manufacturing standards.
● Compact Design: The equipment size is only 1.5m×0.9m×1.4m, occupying minimal space, making it suitable for production environments with limited area.
● Stable and Durable: Key components such as the crankshaft, curve slide plate, and ball head assembly are made of high-quality steel and advanced processing techniques, ensuring a robust structure, smooth operation, low failure rate, and long service life.
Key Details of Bearing Steel Ball Cold Header
1. A high-precision universal ball-and-socket joint connects the main crankshaft to the main slide (main punch).
This precision joint design provides a vital mechanical cushioning effect during high-stress forging operations. By allowing for omnidirectional movement, the ball-and-socket connection ensures that the reciprocating motion of the crankshaft is transmitted to the slide with exceptional smoothness and flexibility, thereby eliminating binding forces or lateral stresses that could compromise the equipment's motion accuracy.
Crucially, this design incorporates an automatic compensation mechanism to address the wear inevitably associated with long-term operation. As clearances naturally develop between moving parts, the universal ball joint adapts to the resulting looseness, effectively absorbing deviations and redistributing loads. This active compensation ensures continuous, precise contact at the point of action, thereby significantly enhancing the dimensional accuracy, sphericity, and surface finish of the high-precision steel balls being formed.
2. The shear slide plate features a precision-engineered, solid one-piece construction, completely eliminating the need for secondary assembly or splicing.
This unified monolithic design significantly enhances structural rigidity and operational stability during high-speed cutting cycles. By eliminating clearance gaps and potential vibration points found in multi-piece configurations, this architecture effectively dampens mechanical resonance, resulting in a substantial reduction in cutting noise.
Furthermore, the seamless, continuous sliding surface ensures optimal alignment and uniform load distribution, which drastically minimizes friction and mechanical wear, thereby extending the service life of both the blade and the guide rails while ensuring consistently clean, high-precision shearing."
FAQ
Q: What is the primary advantage of the one-piece shear slide plate design?
A: It significantly reduces cutting noise and minimizes blade wear by eliminating gaps and ensuring precise alignment during high-speed operations.
Q: How does the machine maintain high dimensional accuracy?
A: The solid monolithic structure minimizes vibration and ensures uniform load distribution, guaranteeing consistent, precision-cut blanks.
Q: Can this equipment handle continuous high-volume production?
A: Yes, the heavy-duty construction provides exceptional stability and durability, allowing for uninterrupted, high-speed forming cycles.
Q: What are the main structural benefits of this cold forming mechanism?
A: It optimizes alignment, reduces friction on guide rails, and greatly extends the overall service life of the tooling components.
Q: What is this machinery specifically designed to produce?
A: It is a specialized Bearing Steel Ball Cold Header, engineered to precisely forge metal wire into high-quality spherical blanks.
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