SPINDLE MOULDER

Model: CURVE S

Is engineered for furniture manufacturers, joinery workshops, and woodworking production lines that require accurate, repeatable profiling on a wide range of timber and panel materials. Built around a heavy-duty spindle assembly and a stable travelling table, this machine is suited to shaping, grooving, rebating, and moulding operations that demand consistent finish quality across long production runs.

TECHNICAL PARAMETERS

Component	Specification
Maximum Milling Height	150 mm
Spindle Lifting Height	0-190 mm
Spindle Diameter	Ø 35 mm
Spindle Speed	1000 / 8000 / 4000 / 3000 r/min
Maximum Stroke of Travelling Table	800 mm
Tilt Angle of Spindle	0-45°
Fixed Table Size	1110 x 550 mm
Travelling Table Size	1110 x 260 mm
Motor Power	4 kW
Overall Dimension	1135 x 1525 x 1140 mm
Net weight	480 kg

MAIN FEATURES

Multi-speed pulley

Feeding speed

Counter and counter-clockwise spindle rotation direction

Project Portfolio

MACHINE WORK APPLICATION

SPINDLE MOULDER - ORYX

Structure and Characteristics

Spindle Speed Control

Let operators match cutting speed to material density and cutter profile, reducing burn marks and improving surface finish on both solid wood and panel products.

Wide Spindle Tilt Range

The tilting spindle head opens up angled and bevelled profiling that a fixed-spindle machine can't achieve, extending the machine's use across mouldings, frames, and decorative edge work.

Long-Stroke Travelling Table

An 800 mm table stroke supports longer workpieces and smoother, more controlled feed during straight-line moulding, helping maintain dimensional accuracy across repeat runs.

Precision Lifting Column

A 0–190 mm lifting range gives fine control over cutter height, making it easier to set up multiple profile passes without repositioning the workpiece.

Robust Motor Power

A consistent power delivery across all speed settings keeps performance stable under continuous production loads, supporting demanding furniture and joinery manufacturing schedules.

Heavy-Duty Construction

A rigid base and worktable structure reduce vibration during operation, protecting cut quality and extending the working life of spindles, cutters, and bearings.