Add Date: 2025/6/19 Views: 1
Keywords: # Small CNC Machine Tool, # Desktop CNC Machine Tool, # Small Teaching CNC Milling Machine, # Small Teaching Machining Center, # Desktop CNC Lathe
Small CNC lathes revolutionize traditional production space concepts with minimal footprint. Featuring a compact design, they are significantly lighter than industrial machines and occupy minimal space, allowing easy placement on office desks or laboratory benches.
The fully enclosed transparent safety guard effectively contains flying debris while providing clear visibility of the machining process. This eliminates dependence on industrial environments, enabling operation even in quiet office settings.
Demonstrating exceptional material versatility from metals to non-metals, these lathes:
Easily machine aluminum and brass while maintaining industrial-grade precision
Process composite materials including wood, acrylic, and PVC plastic
XENDOLL C56 Desktop CNC Lathe
Technical Specifications:
Positioning Accuracy |
±0.03mm |
Repeat Positioning Accuracy |
±0.02mm |
X-Axis Travel |
70 mm |
Z-Axis Travel |
160 mm |
Work Table Size |
130mm*85mm |
Rapid Traverse Speed |
5000mm/min |
Maximum Clamping Diameter |
70mm |
Electronic Handwheel |
Yes |
Tool Turret |
Manual |
Spindle Motor Power |
150W |
Power Supply |
AC220V/50Hz |
Net Weight |
50kg |
Dimensions |
750mm*450mm*450mm |
Cost-Effectiveness Compared to Industrial Machines,Small CNC solutions deliver comprehensive cost optimization:
Single dual-spindle machines reduce floor space by 40%, costs by 35%, and energy consumption by 40% compared to two single-spindle units.
Operating on standard 220V household power eliminates the need for industrial three-phase electrical modifications, saving over 70% in power infrastructure costs. Maintenance costs are substantially lower – chip removal is as simple as emptying a coffee machine's drip tray.
Educational & Training Applications
In vocational schools' CNC training labs, these compact lathes serve as ideal teaching platforms:
IP54 safety rating ensures student operational safety;Authentic industrial G-code programming environment.
Material costs only 1/5 of industrial-scale machining;These advantages drive rapid adoption in university innovation labs worldwide.
Reshaping Manufacturing Boundaries
From university laboratories to satellite component workshops, from jewelry studios to automotive R&D centers, desktop CNC lathes are redefining manufacturing limits through a triple advantage: precision, flexibility, and intelligence.
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