Recently, IECHO’s new-generation high-frequency oscillating knife head has drawn widespread attention. Specifically tailored for cutting scenarios of KT boards and low-density PVC materials, this innovative technology breaks through the physical limitations of traditional tool amplitude and contact surface. Through optimizing mechanical structures and power systems, it increases cutting efficiency by 2-3 times, providing more efficient and precise processing solutions for industries such as advertising signage and packaging printing.
I. Technological Innovation Solving Industry Pain Points
For a long time, traditional EOT struggled to balance cutting speed and precision due to design limitations in tool amplitude and contact surfaces. IECHO’s R&D team successfully developed a high-frequency oscillating knife head with an amplitude of 26,000-28,000 oscillations per minute. Coupled with self-optimized kinetic algorithms, it achieves a 40%-50% increase in cutting speed while maintaining smooth, burr-free edges. Notably, the new system employs three-motor synchronous drive technology, eliminating error risks from traditional torsional installations and achieving ultra-high positioning accuracy of ±0.02mm. This allows long-term stable operation without requiring automatic tool alignment.
II. Multi-Scenario Adaptation and Enhanced User Value
The high-frequency oscillating knife is compatible with mainstream models including BK3, TK4S, BK4, and SK2, enabling rapid installation and functional expansion through modular design. In practical tests, it demonstrates significant efficiency improvements over traditional equipment for cutting 3-10mm thick KT boards and low-density PVC materials, while significantly reducing material waste rates. Using IECHO’s new knife head not only shortens delivery cycles but also resolves issues of rough edges in complex graphic cutting, greatly enhancing customer satisfaction.
III. R&D Investment and Industry Strategy
IECHO has continuously increased R&D investment in recent years, with its R&D team now accounting for over 20% of total staff. Through university-industry collaborations, it has deepened its technological reserves. The launch of this high-frequency oscillating knife system represents a major breakthrough for IECHO in the non-metallic material processing field. Meanwhile, the team has initiated special R&D projects for high-density PVC and high-frequency No-overcut cutting technologies. A relevant IECHO official stated, “We are committed to driving industry upgrading through technological innovation. In the future, we will further expand the application scenarios of intelligent cutting equipment to create greater value for our customers.”
Post time: Mar-20-2025