Busher Hot Former Machine

High Production Efficiency: Automated operation significantly increases output per hour, reducing overall production cycle time compared to traditional manual methods.

Reliable Quality Control: Hot-forming technology helps maintain uniform grain structures and supports stable dimensional tolerances for precision components.

Integrated Line Control: The central robotic system coordinates feeding, induction heating, pressing, and handling to streamline workflow across the entire production line.

Press Body & Worktables: Rigid upper and lower tables (from 700 x 660 mm to 1600 x 900 mm) absorb high-impact forging forces and maintain structural stability.

Clamping & Stroke System: High-accuracy clamping handles maximum diameters from 55 mm to 100 mm, paired with working strokes from 170 mm to 300 mm.

Adjustment Mechanism: Includes a 0-20 mm height adjustment range and 0-120 mm beam lifting capability on 'G' series models for different tooling needs.

Servo Automation Unit: Powered by 3 kW to 4.5 kW servo motors driving the robotic manipulator for synchronized, repeatable material handling.

Stainless Steel Nut Manufacturing: Designed for producing high-strength stainless steel nuts, including A2-70 and A4-80 series, spanning sizes from M16 to M36.

Heavy-Duty Bushings & Washers: Suitable for hot-forging thick-walled bushings, industrial washers, and related ring-shaped components.

Target Industries: Widely utilized in automotive manufacturing, heavy machinery, wind energy, and petroleum pipeline sectors where corrosion resistance and structural integrity are critical.

Tooling & Die Design: Custom mold and die development to match specific nut, bushing, or washer geometries and dimensions.

Capacity & Model Selection: Flexible configuration of clamping diameters (55 mm to 100 mm), stroke lengths, and table sizes based on your exact production output requirements.

System Integration: Customized setup of peripheral equipment, including automated feeders, induction heating furnaces, and robotic control synchronization to fit your factory layout.

Raw Material & Component Inspection: Checking incoming mechanical parts, servo motors, and structural elements for dimensional accuracy and material compliance before assembly.

Assembly & Alignment Testing: Verifying the precise alignment of worktables, clamping mechanisms, and beam lifting systems to ensure smooth mechanical movement.

Electrical & Control System Verification: Testing the servo motors, sensors, and central robotic controller to ensure stable communication and synchronized operation across the entire line.

Full-Load Trial Run & Final Check: Conducting test runs to evaluate forging performance, temperature stability, and overall operational reliability prior to shipment.