Ultrasonic point sealer QP-01 for synthetic fiber materials
Ultrasonic point seals for synthetic fiber materials
The handpiece generates ultrasonic waves that causes materials to be rubbed against each other.
The frictional heat thus generated melts the resin materials welding them together.
Consumables like needles are not used.
Safe, no heat is generated
Anyone can reliably operate it
The tip to be welded is easy to see, making work easier
Reduces the workload of sewing machine operators
Reduces the workload of sewing machine operators
Basting work at garment factories
Ironer guide tape binding
-Instructions of use
Turn on the main unit power switch.
Adjust the operation time by turnig the timer knob.
Squeeze the handpiece gently.
-For sewing factories, garment factories, manufacturers of industrial products
-For for synthetic fiber materials such as nonwoven materials, ironer guide tape, and so on.
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Usage Examples
Demonstration Videos
Features
Easy to use
Featuring an ergonomic design that is easy to hold and operate.
Available thickness
Up to 2 mm in total.
Sturdy welding
Allows for sturdy welding thanks to a special vibrating technique.
Repeated multi-directional vibration
Repeated multi-directional vibration to achieve strong welding.
(The image shows the motion of vibration as vectors.)
Safe
The handpiece generates ultrasonic waves. No consumables required
Specifications
Product Name | Ultrasonic point sealer QP-01 |
---|---|
Product Number | QP-01 |
Oscillation frequency | 57kHz |
Max. output | 20W |
Max. power consumption | 40VA |
Power Source | 100V~240V AC 50/60Hz |
Dimensions / unit | W179×D183×H66mm |
Dimensions / hand piece | W36×D125×H54mm |
We seek new merchandise for the Japanese market. We would like to help you deliver your products to Japanese customers utilizing our broad sales network in Japan. Contact us by email or the contact form below.
Inquiries by phone
Packaging, Food Sanitation, Food Processing Devices, and Healthcare products
TEL:+81-52-671-5193 |
TEXTILE INDUSTRY-related
TEL:+81-76-423-8154 |
Inquiry by Email