Thermoplastics/Composite materials
Plastics are roughly classified into “thermoplastic resin” and “thermosetting resin”. Both can be softened by being heated, but their states after iced and hardened are different. Thermoplastic resin can be softened again by being heated but thermosetting resin can never be changed its state again even by being heated. Composite material is a material made from multiple materials. Lately, composite material made from resin with other materials as glass fiber impregnated are cut.
Common uses of Thermoplastics/Composite materials
- Automotive parts (interior material / exterior material)
- Oil jug
- Electric parts housing
- Public works / Building
- Daily necessities / household goods
Examples of cut by ultrasonic cutter
PP (polypropylene) cutting.
Polypropylene cutting.
PA6 (nylon 6) cutting.
Nylon6 cutting.
Composite materials cutting.
composite materials cutting.
Products for Thermoplastics/Composite materials
Oscillator
SH-3510
Upgraded: Connection with PLC is now available
Factory improvement through DX/loT requires connection with various controllers and connection with PLC is now available besides the conventional relay control by ON/OFF switching. Standard installation of analog signal output for the load/amplitude and additional digital signals for each oscillation frequency/error type allow outputting more detailed data now.
- Machine / robot-mounted type
- Manual-type hand piece
Oscillator
SF-3441
Upgraded: Connection with PLC is now available
Factory improvement through DX/loT requires connection with various controllers and connection with PLC is now available besides the conventional relay control by ON/OFF switching. Standard installation of analog signal output for the load/amplitude and additional digital signals for each oscillation frequency/error type allow outputting more detailed data now.
- Machine / robot-mounted type
- Manual-type hand piece
| Combination transducers | Frequency | Applicable materials | ||
|---|---|---|---|---|
 |
SF-8500RR |  |
22kHz |     |
Oscillator
SF-3400 II
High-output cutter for manual operation: Assisting manual operations with clear cutting
This is a high-power ultrasonic cutter featuring the ultrasonic power
output of 220 W. The tool’s ultrasonic vibrations at a frequency of 22 kHz
(22,000 vibrations per second) drastically reduce the cutting resistance.
Varieties of materials can be cut even more rapidly and cleanly with a
lower processing pressure. A function to enable constant monitoring of
loads during cutting was added anew, thereby ensuring added safety and
user friendliness.
- Manual-type hand piece
| Combination transducers | Frequency | Applicable materials | ||
|---|---|---|---|---|
 |
SF-3140 |  |
22kHz | |
Oscillator
SF-0102
CE-compliant, versatile manual-type ultrasonic cutter
This is a manual type ultrasonic cutter, which daringly pursued nice Features
user-friendliness. It is provided with a portable handle and storage
rack for use at various jobsites. It is best fitted for a wide range of
applications including carbon prepregs, resins, rubber, and fabrics. For
safety measures, the activation of ultrasonic vibration is reported with
illumination and sound. The product complies with the CE Standard.
- Manual-type hand piece
| Combination transducers | Frequency | Applicable materials | ||
|---|---|---|---|---|
|
HP-2200 |  |
22kHz |   |