OMNI CNC OMNI-4AXIS 4-Axis CNC Router
A 4-axis CNC routing system for complex wood, foam, and composite machining.
- Working area
- 1220 x 2440 mm
- Spindle
- 9 kW
CNC routers for wood, acrylic, aluminum, stone, foam, signage, furniture, and panel processing.
Filter by application, machine type, and manufacturer. Add several references to one RFQ list as you compare.
A 4-axis CNC routing system for complex wood, foam, and composite machining.
A 1325-format entry CNC router for signage, woodworking, and panel applications.
A 5-axis routing platform for large-format complex component machining.
A 1530 CNC router with automatic loading for higher-throughput panel production.
A production-oriented 1325 router for woodworking and industrial panel processing.
A 1325 CNC router with three spindles for multi-tool woodworking workflows.
A standard 1325 CNC routing platform for wood, acrylic, and panel work.
A 1325-format CNC router configured for automatic tool-changing workflows.
A 1325 CNC router with a rotary axis for flat and cylindrical component work.
A 1530-format router for larger sheet and panel processing requirements.
No matching references in this category yet. Send the requirement and we can check the right configuration.
Every model from one manufacturer, compared side by side on the specifications that separate them.
Compare applications, power classes, process types, and the details that change a supplier quote.
Start with the material, finished part, and recurring sheet size. Those inputs determine the working envelope, spindle, tooling, hold-down method, dust or chip control, axes, and automation that matter more than a long option list.
| Application | Shortlist around | Verify before ordering |
|---|---|---|
| Wood panels and cabinetry | 1325 or larger bed, vacuum table, ATC, dust extraction | Tool-change time, hold-down zones, nesting software, and edge quality |
| Plastics and composites | Stable vacuum hold-down, suitable spindle range, chip extraction | Heat control, tool geometry, surface protection, and fume handling |
| Aluminum and non-ferrous metal | Rigid frame, controlled feed, lubrication, chip evacuation | Spindle torque, runout, cooling method, and realistic depth per pass |
| Stone | Heavy structure, water management, stone tooling | Slurry handling, corrosion protection, spindle sealing, and floor load |
| Five-axis or shaped parts | Rotary or 5-axis kinematics and sufficient Z clearance | CAM post-processor, collision control, fixtures, and acceptance parts |
Material list, maximum thickness, and representative part drawings
Recurring sheet or workpiece dimensions and required Z clearance
Target parts per shift, tolerances, and edge-finish requirements
Preferred controller, CAM workflow, tooling, and automatic tool-change needs
Site voltage, compressed air, extraction, floor space, and delivery access
A 1325 machine commonly refers to an approximate 1300 x 2500 mm working area, a format suited to standard panel processing. Confirm the supplier's exact usable travel.
Automatic tool changing is valuable when a part uses several tools or the machine runs repeated production. A simpler single-spindle setup can be sufficient for one-tool work.
Some rigid routers can process both with the right spindle, tooling, feeds, cooling, and chip control. Ask for sample parts in every material you plan to run.