LU-933 New Auto Speed Change Piping Strip Cutting Machine
Detailed Description
The DINO LU-933 New Auto Speed Change Piping Strip Cutting Machine is an innovative solution manufactured by Long Tir Industrial Co., Ltd. for the rapid fabrication of bias binding tapes and fabric trim strips. Built upon years of dedicated research and development, this upgraded machine handles an extensive variety of textile weights—ranging from delicate knits and stretchy Lycra to robust leather materials.
By feeding tubular knit fabrics onto its adjustable support rollers, the system rotates the material smoothly across a continuous blade mechanism. This produces flawlessly sliced ribbons from 15mm up to 90mm wide at a staggering cycle speed of about 45 seconds per full roll. The integrated elasticity control system prevents stretchy fabrics from distorting during processing, ensuring perfectly uniform strips. This makes it an ideal choice for high-volume apparel factories producing necklines, sleeve bindings, underwear trims, sportswear accents, and bag straps.
Technical Specifications
| Specification | Details |
| Rotation Speed | 30 ~ 460 rpm |
| Power | 220V |
| Cloth Length | 135 cm |
| Circumference | 60 ~ 200 cm |
| Strip Width | 15 ~ 90 mm |
| Capacity (About) | 1 roll / 45 sec. |
Key Features
Patented Advanced Engineering: Developed as a more powerful, faster, and reliable upgrade over the LU-911B model, backed by 5 applied patents.
Elasticity Adjustment Button: Features a specially developed adjustment knob to fine-tune and compensate for fabric elasticity, ensuring tension-free cutting.
Dual Operational Modes: Can be operated seamlessly via either manual or automatic controls based on production requirements.
45-Degree Precision Angle: Specifically designed to cut thin or thick tubular fabrics at a precise 45-degree angle, making it perfect for T-shirts, children's clothing, leather goods, Lycra, knitting, and elastic materials.
Flexible Speed Control: Equipped with an auto speed change system that makes controlling the optimal rotation speed easy and user-friendly.
