YITAI High-Frequency Oscillating Knife: Setting a New Standard in Non-Metallic Cutting Efficiency
YITAI's latest high-frequency oscillating knife system is redefining industry expectations for cutting performance in non‑metallic materials. Engineered specifically for applications like KT boards and low‑density PVC, this next-generation tool overcomes the mechanical limitations of traditional cutting heads. By optimizing both structural design and power systems, YITAI has achieved a 2–3× increase in cutting efficiency—delivering faster, cleaner, and more precise results for industries such as advertising signage and packaging.
Traditional EOT (Electric Oscillating Tool) systems have long struggled with the trade-off between cutting speed and precision, largely due to constraints in amplitude and contact area. YITAI’s R&D team addressed this challenge by developing a high-frequency oscillating knife with 24,000–28,000 strokes per minute. Enhanced by proprietary motion algorithms, the tool achieves a 40–50 % speed improvement while maintaining smooth, burr‑free edges. The system’s innovative three‑motor synchronous drive eliminates torsional errors common in legacy setups and ensures ±0.02 mm positioning accuracy—allowing long‑term stable operation without the need for automatic blade calibration.
With over 20 % of its workforce now dedicated to R&D, YITAI is doubling down on innovation through close collaboration with academic institutions. The debut of this high-frequency oscillating knife marks a pivotal step in expanding YITAI’s influence in the non‑metallic cutting sector. Looking ahead, the company is actively investing in special projects targeting high‑density PVC and high‑frequency no‑overcut cutting technologies. A company spokesperson remarked, “Our goal is to lead industry transformation through continuous innovation. We aim to broaden the application of smart cutting solutions to deliver greater value for our global clients.”
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