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Product Overview

A benchtop wood lathe is a compact machine tool engineered for precision turning, shaping, and contouring of wood and composite blanks. Designed for limited-space workshops without sacrificing structural rigidity, it handles spindle work and faceplate turning for manufacturing components such as furniture legs, tool handles, bowls, and decorative items.

Benchtop Wood Lathe Machine
The YS-M500A is a compact benchtop wood lathe built for everyday turning projects, classroom use, and small-batch craft production. With 350mm max swing, 450mm between centers, and a simple 4-step

Machine Types & Configurations

Variable Speed Electronic Lathes:

Equipped with DC or Brushless AC motors paired with inverter drives. Speed adjustments are executed via digital readouts or physical dials without manual belt repositioning.

Step-Pulley Mechanical Lathes:

Utilizes multi-step V-belt pulleys for torque transmission, delivering consistent torque at lower RPM bands for heavy stock removal.

Mini vs. Midi Lathes:

Mini units feature 8 to 10-inch swings for pens and small turnings; midi units offer 12 to 14-inch swings with extended bed lengths for chair spindles and medium bowls.

Machine Construction & Components

Bed:

Precision-ground gray cast iron, absorbing harmonic vibrations during interrupted cuts.

Headstock:

Encloses spindle bearings, pulley/motor assembly, and indexing mechanisms, machined in a single setup to maintain coaxial alignment.

Tailstock:

Quick-lock clamping mechanism with an MT2 quill, featuring a laser-etched scale for drilling depth control.

Tool Rest & Banjo:

Hardened steel tool rest secured by an eccentric cam-locking banjo, adjustable across 360 degrees.

Spindle:

High-carbon alloy steel, induction-hardened and precision-ground, mounted on sealed deep-groove ball bearings.

Key Features

Rigid Cast Iron Foundation: Minimizes chatter and deflection under radial cutting forces up to 500 N.

Digital RPM Readout: Real-time spindle speed monitoring for precise control when switching between roughing and fine sanding.

Spindle Indexing: 24-position locking mechanism for fluting, reeding, and polygon turning operations.

Cam-Action Locking: Tool rest assembly and tailstock utilize tool-less lever clamps for rapid positioning.

Forward/Reverse Function: Reversible spindle rotation reduces sanding time and minimizes tear-out on difficult grain patterns.

Technical Specifications

Parameter	Specification Range
Swing Over Bed	254 mm - 355 mm (10 to 14 inches)
Distance Between Centers	450 mm - 750 mm (18 to 30 inches)
Motor Power	550W - 1100W (0.75 HP to 1.5 HP)
Spindle Speed Range	250 RPM - 3800 RPM (Variable)
Spindle Thread & Taper	1"-8 TPI (or M33 x 3.5), MT2 Taper
Quill Travel	50 mm - 65 mm
Net Weight	35 kg - 85 kg

Materials & Workpiece Compatibility

Supported Materials:

Hardwoods, softwoods, stabilized wood, resin-wood composites, and acrylic blanks.

Workpiece Limitations:

Maximum unbalanced blank diameter restricted to bed swing minus 12 mm for safety clearance. Maximum turning length limited by distance between centers minus chuck or live center intrusion.

Applications

Custom Furniture Production:

Turning table legs, chair spindles, and stair balusters in small-to-medium batch runs.

Architectural Millwork:

Reproducing historical moldings and decorative finials using profile templates.

Vocational Training & Industrial Education:

Operating as standard instructional machinery in technical high schools and maker spaces.

Craft & Prototype Studios:

Turning bowls, platters, and pen blanks for commercial artisans.

Benchtop Wood Lathe Machine high quality

Manufacturing & Quality Control

Casting & Annealing: Bed castings undergo stress-relief annealing prior to machining to prevent thermal distortion.

CNC Milling: Bed ways and headstock mounting faces machined on horizontal CNC boring mills holding positional tolerances within 0.02 mm.

Dynamic Balancing: Pulleys and drive shafts dynamically balanced to eliminate high-RPM vibration.

Inspection Protocols:
Spindle runout checked using dial indicators (maximum permissible radial runout under or equal to 0.015 mm).

Electrical safety testing including dielectric strength and earth continuity tests.

Full-load run test for 2 hours to monitor bearing temperature rise and motor thermal stability.

Compliance Standards: Built to meet major international machinery safety directives and electrical requirements.

Customization & OEM

Private Labeling:

Custom color powder coating, laser-engraved nameplates, and customized user manuals.

Electrical Configuration:

Single-phase voltage options (110V/220V 60Hz or 230V 50Hz) with regional plug types.

Accessory Bundles:

Pre-packed kits including 4-jaw scroll chucks, spur centers, live centers, faceplates, and chisel sets.

Frequently Asked Questions

Q: What is the maximum blank diameter this lathe can safely turn?

A: The maximum turning diameter is determined by the swing over bed specification. For example, a 12-inch model accommodates blanks up to 300 mm in diameter over the bed ways. For outboard turning utilizing an optional bed extension or headstock rotation, larger diameters are permissible provided operating speeds are reduced.

Q: How is spindle runout minimized during heavy roughing cuts?

A: The spindle is forged from alloy steel, induction-hardened, and supported by pre-loaded precision ball bearings housed within a rigid cast iron headstock. This configuration limits total radial and axial runout to under 0.015 mm, preventing chatter under radial loads.

Q: What electrical safety protections are integrated into the machine?

A: Units incorporate safety switches such as NVR (No-Volt Release) mechanisms to prevent automatic restart after power interruptions, alongside thermal overload protection that cuts power if the motor draws excessive current due to a stall.

Q: Can the lathe be operated continuously in an industrial or educational environment?

A: Yes. The induction motors are rated for continuous duty, and the cast iron bed dissipates operational heat effectively. Thermal protection features safeguard the motor during prolonged operational cycles.

Q: What is the standard lead time for bulk orders and private-label packaging?

A: Standard production lead time for bulk container orders ranges from 35 to 50 days from design sign-off and deposit receipt, inclusive of custom branding, color matching, and packaging drop-test verifications.

Q: What protective packaging is used for international ocean freight?

A: Lathes are secured to heat-treated wooden pallets complying with international shipping standards, wrapped in anti-rust film, and enclosed in reinforced corrugated cartons with internal cushioning buffers to withstand transit shock.

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