ACER ATB 32 CNC LATHE

Technical Description

This 2-axis CNC machine delivers compact precision machining capabilities with a 14.9 kW power system and a maximum spindle speed of 1,000 RPM, making it ideal for applications requiring controlled material removal and high torque operations. The machine features a 33.07-inch swing capacity, accommodating mid-sized workpieces for turning and facing operations. Equipped with an integrated tailstock, the machine enables extended workpiece support and enhanced machining flexibility for longer components, improving rigidity and reducing deflection during cutting cycles. The CNC control system provides automated two-axis coordination along the primary turning axes, enabling precise dimensional control and repeatability for production runs. This configuration supports programmable tool paths, automatic feed rate adjustment, and rapid positioning between work stations, streamlining setup times and reducing operator intervention. The dual-axis capability allows simultaneous control of radial and axial movements, facilitating complex contouring and profiling operations. The 14.9 kW power rating ensures sufficient spindle torque for stable cutting in various materials while maintaining thermal stability during extended production cycles. The 1,000 RPM maximum speed positions this machine for precision work over high-speed applications, optimizing surface finish and tool life. This lathe configuration represents an economical solution for small to medium batch production environments, offering the automation benefits of CNC control combined with traditional turning machine versatility. The integrated tailstock capability adds operational flexibility for both chuck-based and between-centers machining, making this machine suitable for diverse manufacturing applications requiring reliable, repeatable results.