HP-653 | SF-653
Transducer : HP-653
A wide range of materials, including newly-developed composite materials, rubber, and leather, can be cut freely with low processing pressure. Simplified and secure installation of the tool can be performed with a special square-headed screw and driver.
|Cord length||Up to 10 m|
|Weight||300g (excluding the cord)|
|Blade thickness||The thickness depends on the specifications of the holder. (0.4 mm / 0.5 mm / 0.6 mm)|
board, sheeting material, film, laminatedmaterial, and floor cover
vulcanized latex, non-vulcanized latex, sheeting material, sealing material
specially treated paper and coated paper
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Our unique power circuit and the use of cooling air have enabled the CE-compliant, versatile manual-type ultrasonic cutter continuous long-hour use.
This is a high-frequency cutter featuring the 40 kHz (40,000 vibrations per second) vibration frequency of tool with the amplitude of 30 microns. It maximizes the effect of ultrasonic high-speed micro vibrations. A wide range of materials, including newly developed composite materials, rubber and leather, can be cut at will with low processing pressure, sharp cutting surface and little cutting chips. The power control circuit specially developed by us and the cooling air inlet suppress the heat generation of transducer even for large amplitude, thus enabling extended continuous use. (For a long-time operation without air cooling, contact us.)
- Stable vibrations with a maximum amplitude of 30 microns ensure remarkable cutting performance.
- Our unique technologies suppress the heat generation of transducers, thus enabling extended continuous use.
- Adoption of the exclusive square-head screws and the screwdriver ensures easy and robust mounting of tools.
|Frequency adjustment||Automatic tracking type|
|Output adjustment||Step-less continuously variable type|
|Power requirement||Single phase
200 VAC, 50/60 Hz
|Outer dimension (mm)||230W × 232D × 144H|
|External device connection function||
Oscillation ON/OFF, Detection of high load,
Warning of error stop, Recovery from error