GM-T801AD / GM-933 Cloth Strip Cutting Machine (Rib Cutter) Direct Drive / Automatic
Detailed Description
The G-Mark Cloth Strip Cutting Machine Series (GM-T801AD / GM-933) provides a vital auxiliary automation solution for large-scale garment manufacturing plants. This system is extensively applied to slice cylindrical knit materials, natural cotton tubes, and synthetic textiles down to custom-width ribbons. It serves as an indispensable tool for prepping bindings used on T-shirt necklines, armholes, sportswear cuffs, and inner apparel seams.
By mounting a continuous roll of fabric onto the extended support rollers, the system rotates the material past the high-speed circular blade at 1400 rpm. The cutting speed can be fully regulated to coordinate with different fabric thicknesses. Its engineered stability features ensure that even complex stretch fabrics can be neatly sheared at a 45-degree bias angle without warping or fraying. Capable of adjusting fabric widths anywhere between 15 mm and 90 mm, this rib-cutting series helps factories reduce manual labor, eliminate material waste, and speed up downstream sewing assembly lines.
Technical Specifications
| Model | Eccentric Distance | Stroke | Switch Height | Speed (rpm) | Packing Size (mm) | NW/GW (kg) |
| GM-T801AD | 18 mm | 38 mm | 16-50 mm | 1400 | 310 x 280 x 70 | 23.5 |
Key Features
Specialized Knitting Bias Design: Purpose-built for processing tubular knit, cotton, and synthetic fabrics into bias binding ribbons smoothly.
Dual Model Configurations: Available as the GM-T801AD (Servo Motor Rib Cutter) or the GM-933 (Auto Rib Cutter) to match specific factory power layouts.
Single & Double Knife System: Designed with an efficient single and double knife cutting arrangement that is both easy to operate and highly productive.
Enhanced Performance Threshold: Delivers excellent material throughput with the capability to process wide bias widths reaching up to 100 mm.
Smooth Feeding Mechanism: Equipped with an integrated feeding wheel that stabilizes fabric delivery, reducing tension distortions during continuous cutting loops.
