Entry-Level CNC Routers | Hobbyists, small workshops, DIY projects | Worktable: 1200×600mm (handles small projects) Spindle: 1.5kW (soft materials) Software: Basic G-code editor | ▲ Cost-effective Easy setup Compact design | Limited material thickness Slow processing Minimal precision (±0.1mm) |
Mid-Range CNC Routers | Medium workshops, prototyping | Worktable: 1200×2400mm ▲ (medium-scale projects) Spindle: 2.2kW ▲ (hardwoods/metal) Software: 3D modeling support | ▲ Versatile materials Faster speed (3000 RPM) Improved accuracy (±0.05mm) | Higher cost Requires training Moderate noise (75 dB) |
Industrial CNC Routers | Large-scale manufacturing, heavy-duty tasks | Worktable: 1300×2500mm ▲ (customizable materials) Spindle: 3.5kW ▲ (steel/plexiglass) Warranty: 3 years ▲ (industry standard: 1–2 years) | ▲ High precision (±0.02mm) Robust build (stainless steel frame) Quiet operation (60 dB ▲) | High upfront cost Requires skilled operators Large footprint |
Portable CNC Routers | On-site work, temporary setups | Worktable: 600×1200mm (portable) Spindle: 1kW (light-duty) Frame: Lightweight aluminum | ▲ Easy transport Low power consumption (500W) Quick setup | Low durability Limited spindle speed (1500 RPM) Basic software |
High-Precision CNC Routers | Aerospace, medical devices | Accuracy: ±0.01mm ▲ (critical for precision parts) Spindle: 4kW (high torque) Cooling system: Active liquid cooling | ▲ Micrometer-level precision Minimal thermal distortion Long tool life | Extremely expensive Fragile components Requires cleanroom conditions |
Multi-Spindle CNC Routers | High-volume production, batch processing | Spindles: 2–4 units ▲ (parallel operations) Worktable: 2000×4000mm ▲ (mass production) Throughput: 30% faster ▲ | ▲ Dramatic productivity boost Reduced downtime Scalable output | Complex calibration High maintenance costs Requires advanced software |