ACER ATB 41 CNC LATHE

Technical Description

This is a 2-axis CNC horizontal turning center engineered for precision cylindrical machining operations. The machine delivers 14.9 kW of power, providing substantial cutting capability for production and job shop environments. With a maximum spindle speed of 1,000 RPM, this lathe excels at heavy-duty turning, boring, and threading applications requiring lower speeds and higher torque—ideal for larger diameter workpieces and demanding interrupted cuts. The 40.94-inch swing capacity accommodates substantial workpieces, allowing machinists to produce large cylindrical components with precision. The integrated tailstock enables between-centers work, supporting extended workpieces and enhancing accuracy during turning operations. This configuration is particularly valuable for producing shafts, journals, and other components requiring tailstock support during machining. The CNC control system provides automated axis coordination between the spindle (C-axis) and carriage (Z-axis), enabling synchronized threading, contouring, and complex geometric generation. Two-axis simultaneous control allows for efficient programming of tapered cuts, step turning, and other intricate profiles without manual intervention. The machine accepts standard turning tool holders and accommodates various workholding devices up to the specified chuck capacity. Suitable for job shops, contract manufacturers, and production facilities, this turning center combines robust construction with computer-controlled precision. The 1,000 RPM maximum speed and powerful 14.9 kW motor configuration targets applications where material removal rates and component durability are critical. This machine represents an efficient solution for high-precision cylindrical work in medium to heavy-duty manufacturing environments.