IECHO pitches digital cutting tech as a way to cut apparel scrap

By AI, Created 4:19 PM UTC, May 18, 2026, /AGP/ – Hangzhou IECHO Science & Technology is highlighting its GLSE automatic multi-ply cutting system as a tool for reducing fabric waste in apparel production. The company says the technology can improve material use, lower energy consumption and support higher-throughput manufacturing as brands face pressure to clean up supply chains.

Why it matters: - Apparel manufacturing creates waste before garments are even sewn, and fabric scrap can materially raise production costs. - IECHO is positioning digital cutting as a way for factories to reduce deadstock, improve material utilization and keep up with global supply chain speed demands. - The company is framing sustainability as both an environmental issue and an operational one, with lower waste and lower energy use tied to factory efficiency.

What happened: - Hangzhou IECHO Science & Technology Co., Ltd. unveiled details of its sustainable apparel production approach centered on the GLSE Automatic Multi-ply Cutting System. - The announcement said the system combines advanced motion control, nesting software and sensing tools to support low-waste garment cutting. - The company published the material on May 12, 2026, and pointed readers to more information.

The details: - IECHO says high-performance nesting software calculates the most efficient layout for garment patterns on fabric rolls before cutting begins. - The company says its zero-gap cutting approach shrinks spacing between pattern pieces to the minimum. - The GLSE system is listed with a maximum cutting speed of 60m/min and a maximum acceleration of 0.8G. - IECHO says the system can handle a maximum cutting height of 90mm after adsorption. - Knife Intelligent Automatic Compensation adjusts the cutting path based on fabric and blade loss, according to the company. - IECHO says the system uses a one-time molding steel frame formed by a five-axis gantry milling machine and stress-relieving annealing to preserve accuracy. - The system is designed for multiple non-metal materials, including automotive upholstery, aerospace composites, medical supplies and upholstered furniture. - A floating cutterhead design is intended to improve cutting accuracy on non-breathable fabrics. - IECHO says the new vacuum chamber design keeps deformation below 0.1mm under 25kPa of pressure. - The company says average energy consumption is 18kW or less. - Fully Automatic Continuous Cutting is said to raise overall output by more than 20% by synchronizing feeding and back-blowing without human intervention. - The New Intelligent Sharpening System uses a Swiss-imported high-speed motor and automatically adjusts sharpening revolutions. - IECHO says the machine has effective cutting widths of 2.0m or 2.2m and an effective cutting length of 2.5m. - The system’s installation total power is listed at 25kW to 36kW at 380V plus or minus 10 percent and 50HZ. - IECHO says the hardware supports a maximum vibration frequency of 4500 rpm. - The company says its Hangzhou manufacturing base exceeds 60,000 square meters. - IECHO says more than 30% of its 400-plus employees work in research and development. - The company identifies itself as Stock Code: 688092. - IECHO says it operates strategic service centers that provide customers with 24/7 technical assistance.

Between the lines: - The pitch shows how industrial equipment makers are tying product design directly to sustainability claims, not just to speed or throughput. - The broad list of supported materials suggests IECHO is aiming beyond apparel and into adjacent manufacturing markets where precision cutting matters. - The R&D and service-center details are meant to signal that the company is competing on reliability as much as on specification sheets.

What’s next: - IECHO is signaling continued investment in digital, automated cutting systems as factories look to reduce waste and labor dependence. - Broader adoption will likely depend on whether apparel makers see measurable gains in fabric utilization, energy use and cut quality at scale. - The company is directing customers to its website for additional product information and technical details.