Factory High Efficiency Vertical Broaching Machin | RFQ Sourcing Details

Technical specification Parameter Remarks Work range hole inner diameter Φ5~Φ30mm hole max depth 2000mm Machine function XX-axis Feed rate 5~500mm/min endless Rapid travel rate 10000mm/min Motor torque 15. Nm CC-axis Rapid travel rate 3000mm/min Motor torque 6.

Nm /Positioning accuracy/ Re-Positioning accuracy 0.02mm Distance of travel 360 degree YY-axis Motor torque 15.

Nm /Positioning accuracy/ Re-Positioning accuracy 0.03mm/0.02mm (appx.)Machine overall power (appx.) 13KW (×)(×)Floor space (length × width)Floor space (length × width) 6500mm×2000mm ()Total weight of the machine (approx.) 7 tons CNC CNC system KND KND system Cooling system Maximum flow rate 10L/min adjustable Oil Drill Clip Machining - Material Selection: Generally, high-strength alloy steels such as 4145H and 35.

CrMo are used. These materials possess good strength, toughness, and fatigue resistance, enabling them to withstand the complex stresses encountered during drilling.

- Machining Processes: These include forging, which shapes the billet into a near-finished product, improving the material's internal structure and increasing strength;rough machining, using lathes, milling machines, etc., for preliminary machining of the outer diameter, end faces, and threads;deep hole machining, using deep hole drilling machines or gun drills to machine the center deep hole of the drill clip, ensuring the hole's straightness and dimensional accuracy;finish machining, precision machining of the drill clip's outer diameter, threads, etc., to improve dimensional accuracy and surface quality;heat treatment, through quenching and tempering, to improve the material's hardness, strength, and toughness;and surface treatment, such as hard chrome plating, to improve the drill clip's wear resistance and corrosion resistance.

- Quality Control: Rigorous non-destructive testing, such as ultrasonic testing and magnetic particle testing, is required to detect internal and surface defects.

Strict measurement and control of the dimensional accuracy and geometric tolerances of the drill tip are essential to ensure compliance with design requirements. Performance tests, such as torque and tensile tests, are also necessary to guarantee the reliability of the drill tip in actual use.

In the era of machining that pursues ultimate precision and high-efficiency production, Drill. Star deep hole broaching machines, with their superior product performance and innovative technology, have become a key tool for various industries to overcome machining bottlenecks!

Our company can design different broaching machines for different workpiece sizes;models such as LK and LK are best-selling both domestically and internationally. Micron-level precision machining, zero-error delivery Equipped with imported servo motors and high-precision ball screws, Drill.

Star deep hole broaching machines achieve a positioning accuracy of ±0.005mm and a repeatability of ±0.002mm, perfectly suited for high-precision fields such as aerospace and optical instruments.

Its unique constant temperature control system can control processing temperature fluctuations within ±1ºC, effectively avoiding thermal deformation and ensuring a straightness of ≤0.01mm/m in deep hole machining, achieving a mirror-level internal hole surface roughness Ra0.8.

Superior Material Adaptability, Hard Material Conqueror For difficult-to-machine materials such as titanium alloys and nickel-based superalloys, the equipment is equipped with a powerful broaching force system of up to 500kN, combined with independently developed coated broaching technology, i