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PR-168
PRIORITY
For commercial apparel and textile production facilities, consistent cutting precision, flexible production adaptability, and reduced manual intervention are critical to scaling output and improving product quality. The PR-168 Computerized Precision Collar Cutting Machine from PRIORITY is a specialized, dual-frequency conversion automated cutting device, exclusively engineered for the textile and garment manufacturing industry. With a compact footprint and intelligent control system, this garment collar cutting machine solves the core pain points of precision slitting for stretchable, easily deformable fabrics, delivering millimeter-level accuracy and high-efficiency performance for small-batch customization and large-volume continuous production alike.
At the core of the PR-168 apparel fabric cutting machine is its industry-leading automatic edge alignment technology, equipped with high-precision sensors that detect fabric edges in real time and automatically adjust cutting alignment. This eliminates manual alignment work, ensures uniform slitting across the entire fabric roll, and minimizes human error. With a slitting width error of only ±1.5mm, paired with a chassis fine-tuning range of -100 to +100, the machine delivers stable millimeter-level positioning, even for complex cutting of highly elastic fabrics.
This industrial fabric cutting machine for underwear supports a multi-reel cutting system, enabling simultaneous processing of 1–3 fabric reels to match diverse production needs. It adapts seamlessly to three cutting modes: single cutter (20–160mm slitting width), double cutters (20–80mm slitting width), and three cutters (20–54mm slitting width), eliminating the need for frequent equipment adjustments when switching between product specifications. This flexibility makes it ideal for commercial production facilities with diverse product lines and frequent order changes.
The PR-168 delivers exceptional throughput for continuous production, with a main machine speed reaching 1400 r/min and an adjustable speed range of 120–1300 r/min, adapting to different fabric types and processing requirements. It can handle fabric widths from 300mm to 2000mm and ultra-long strip processing from 1m to 9999m, making it suitable for non-stop, large-batch production runs. With a low 0.2KW motor power, it also delivers energy-efficient operation, reducing long-term utility costs for production facilities.
Parameter | Specification |
Model | PR-168 |
Brand | PRIORITY |
Power Supply | 220V/50Hz |
Motor Power | 0.2KW |
Max Main Machine Speed | 1400 r/min |
Adjustable Speed Range | 120–1300 r/min |
Number of Slit Reels | 1–3 reels |
Slitting Width Range | 20–160mm (single cutter); 20–80mm (double cutters); 20–54mm (three cutters) |
Slit Width Tolerance | ±1.5mm |
Compatible Fabric Width | 300–2000mm |
Max Processable Roll Length | 1–9999m |
Chassis Fine-Tuning Range | -100 to +100 |
The PR-168 tubular knitted fabric cutting machine is purpose-built for apparel, underwear, and textile processing sectors, with core application scenarios including: apparel and underwear manufacturing for collar trimming, cuff inlay, and piping edge trimming; textile processing factories for bulk production of decorative strips, curtain piping, and box packaging trim; and specialized processing for highly elastic tubular knitted fabrics, including ribbed fabric and stretch knits.
This machine is specially engineered for textile and garment fabrics, with optimal performance for woven fabrics, knitted fabrics, highly elastic tubular knits, ribbed fabrics, and stretchable materials commonly used in apparel and underwear production.
Yes, it supports simultaneous cutting of 1–3 fabric reels, with three adjustable cutting modes (single, double, three cutters) to match different slitting width requirements and batch production scales.
It is equipped with high-precision automatic edge alignment sensors, a ±1.5mm slitting tolerance, and a chassis fine-tuning system that adapts to fabric elasticity, preventing stretching or distortion during cutting to maintain consistent precision.
