Mechanical CNC Cutting Machine

A heavy-duty CNC-enabled cutting machine engineered for high productivity and precision in industrial applications. It combines mechanically driven components (bearings, pumps, gears, motors, gearboxes) with PLC/CNC control to automate and accurately perform punching and cutting operations.

Power: 25 kW; Weight: 1.35 tons; Cutting speed: 30 m/min; Feeding speed: 100 m/min; Max processing size: 1500 x 5000 mm; Control shafts: 6; Overall dimensions: 5300 x 5100 x 2200 mm. Core components include bearings, pumps, gears, motors, gearboxes and a PLC system.

It is designed for a wide range of industrial materials including sheet metals, some non-ferrous metals, plastics and composites. Exact material types and maximum thickness depend on tooling and process parameters — confirm capabilities for specific materials with the supplier.

The processing capacity is up to 1500 x 5000 mm (width x length).

Mechanical operation refers to the machine’s mechanically driven transmission and powertrain (gears, gearboxes, motors, pumps) that provide consistent motion and force. CNC/PLC systems are layered on top for automated control and precision, combining mechanical robustness with electronic control.

It has 6 control shafts (axes), enabling multi-directional control for complex cutting and punching operations, greater versatility in tool paths, and more advanced processing options compared with fewer-axis machines.

The machine requires 25 kW of installed power. Exact electrical supply parameters (voltage, phase, current, and breaker ratings) depend on the model/configuration — request the electrical specification sheet from the manufacturer or dealer to ensure proper site preparation.

Rated cutting speed is up to 30 meters per minute and feeding speed up to 100 meters per minute; actual speeds achievable will depend on material type, thickness, tooling, and cutting strategy.

The machine is built for high precision due to its CNC control and rigid mechanical structure. Exact tolerances depend on the material, tooling, cutting parameters, and fixturing — request the manufacturer’s machining-tolerance specifications for target accuracy numbers.

The machine includes PLC systems integrated with CNC control for automated operation. Software and protocol compatibility (G-code, proprietary formats, communication interfaces) vary by supplier — verify supported software, post-processors and connectivity options with the vendor.

Plan for a floor footprint roughly equal to the machine dimensions (5300 x 5100 x 2200 mm), adequate floor loading capacity for 1.35 tons plus fixtures, appropriate electrical supply rated for 25 kW, proper grounding, ventilation, and a lifting method (crane/forklift) for delivery and positioning. Exact site-prep requirements should be confirmed with the manufacturer.

Regular maintenance typically includes daily cleaning and inspection, lubrication of bearings and gearboxes, checking hydraulic/pneumatic pumps and lines, verifying belt/gear condition, and periodic calibration of the CNC/PLC system. Major inspections and part replacements are often recommended every 6–12 months depending on usage.

Common safety features include emergency stop buttons, guards/interlocks around cutting zones, warning labels, and PLC safety logic. Operators should wear appropriate PPE (safety glasses, hearing protection, gloves as appropriate) and follow machine-specific safety procedures; confirm the full safety package with the supplier.

Spare parts for core components (bearings, pumps, gears, motors, gearboxes, PLC modules) are typically available through the manufacturer or authorized distributors. Technical support, training, and spare-parts packages are commonly offered — request details on lead times, warranty coverage and service agreements from the vendor.

Many suppliers offer customization options (different tooling, axis configurations, automation add-ons, software/communication upgrades). Upgrades and customizations depend on the model and supplier — discuss your specific production requirements with the manufacturer to determine available options and lead times.