ACRA FEL-E 28200 CNC LATHE

Technical Description

This 2-axis CNC milling machine represents an economical solution for small to medium batch production applications requiring straightforward X-Y axis cutting operations. The system delivers 14.9 kW of power, enabling consistent material removal across various workpiece densities. Operating at a maximum spindle speed of 1,500 RPM, the machine prioritizes torque and precision over high-speed finishing, making it well-suited for heavy-duty roughing operations and larger workpieces that demand sustained cutting forces. The 28-inch swing capacity accommodates moderately sized components, while the impressive 200-inch machining length facilitates extended workpiece positioning along the primary cutting axis, providing substantial flexibility for production scheduling and part nesting strategies. The two-axis CNC control system features intuitive conversational programming capabilities, significantly reducing setup times while maintaining compatibility with standard G-code for more complex applications. This machine configuration incorporates manual knee movement, preserving operator control over vertical positioning while automated systems manage primary cutting coordinates. The closed-loop feedback architecture, typically utilizing precision glass scales, ensures dimensional accuracy to within 0.0001 inches, meeting stringent tolerance requirements for precision manufacturing. Such specifications establish this platform as a cost-effective industrial workhorse, balancing capability with affordability. The combination of adequate power delivery, manageable spindle speeds, and extended work envelope creates an efficient production platform for job shops and contract manufacturers processing mid-range components requiring reliable, repeatable machining performance without premium 5-axis complexity.