30KHZ Ultrasonic Plastic Cutting Knife Fixed on Robot Arm or
Automatic Production Lines
Description:
Ultrasonic cutting is a new technology with enormous potential to
replace more traditional cutting processes. Ultrasonic cutting has
already being implemented in a wide variety of applications all
over the world.
Ultrasonic Cutters are small in size and do not require large
installation areas. Special equipment is not required for the
installation. Ultrasonic Cutters are small enough to be hand-held
for many operations.
Ultrasonic Cutters can also be attached to automated machinery
arms. Although they may not be familiar to you, they play an active
role in the manufacturing processes of various industrial products
which we use daily.
The sharpness of Ultrasonic Cutters differs according to various
combinations of oscillator, transducer, and blade. Because of
abundant experience, our company prepares combinations suitable for
various materials. Since we can select the model most suitable for
your cutting work, we ask that you confirm the sharpness of the
selected model by test cutting first.
Specification:
| Model | HS-C30 |
| Frequency | 30KHZ |
| Output Power | 200W |
| Generator | Digital generator, 452 x 180 x 100mm |
| Handle | Φ44×220 |
| Size of cutter | Blade replaceable |
| Length of cable | |
| Outer skin | Aluminum |
| Weight | 8KG |
| Voltage | 220V / 110V |
| Accessory | Foot switch 1pc；
1.5mm special hex wrench 1pc；Screw M3×4L 2pcs |
| Material of blade | titanium alloy, stainless steel |
Advantages:
·Continuous or intermittent cutting.
·Cuts are made with a knife-shaped sonotrode or anvil.
·No unravelling.
·Clean cuts.
·Compatible with most thermoplastics.
. Small in size and do not require large installation areas.
Special equipment is not required for the installation. Ultrasonic
Cutters are small enough to be hand-held for many operations.
Ultrasonic Cutters can also be attached to automated machinery
arms.
Applications:
The ultrasonic cutting head cuts virtually all composites (carbon
fibres, glass fibres, aramid). A quick and efficient solution for
parts such as profiles, stringer, or even complex 3D-parts.
Some of the most common materials cut by ultrasonic methods
include:
Rubber
Piping
Print circuit boards
Plastic
Natural and synthetic fibers
FAQ
- What materials can/cannot be cut by ultrasonic cutters?
Materials that can be cut by ultrasonic cutters are thermoplastic
resins, plastics, rubber, cloths, paper, corrugated cardboard,
foamed materials, and foods. Sections obtained by ultrasonic
cutters are much smoother than those obtained by ordinary cutters.
Cutting with less workload can be realized.
It is said that the upper limit of frequencies which can be heard
by the human ear is approximately 20 kHz. The frequency of
Altrasoni’s oscillators is above 25 kHz. Therefore, young people
about 20 years old and people with excellent audibility may hear
the ultrasound (audibility declines with age). If you are anxious
about hearing ultrasound, noise insulation materials can prevent
this.
- What about waste during processing, such as cutting chips?
Unlike processing using water-jet cutting, ultrasonic cutters do
not wet materials and discharge cutting chips and foul water.
Unlike processing using laser cutting, ultrasonic cutters do not
emit noise and smoke and cause air contamination. Thus, ultrasonic
cutting is an environment-friendly processing method.
