常見問題

About us
News
Product
Service
Technical Q/A
Finished
Contact
CN
English

About us
News
Product
Service
Technical Q/A
Finished
Contact

專業超音波機器｜塑膠熔接設備提升產能專業首選

Home
FAQ

FAQ

Q. Infrared Plastic Welding

nfrared welding utilizes intense infrared beams to quickly heat plastics immediately before joining.
During infrared welding, both part halves are held rigidly in position near an infrared emitting platen.
The platen then emits powerful infrared light into both parts along the determined joint path, usualy a circle or line. The platen is quickly removed and the part halves are immediately driven together and allowed to re-solidify under pressure.
Q. Ultrasonic Metal Welding
Branson ultrasonic metal welding technology welds dissimilar materials without using applied heat or electric current passing through components. It can weld through contaminates for a clean seal, operate efficiently to extend tool life and provide increased quality and control. To achieve a high-quality seal, one part is held stationary while the second part is compressed beneath the vibrating horn. The material reaches a plastic state where molecules mix between the two parts, bonding the materials.
Ultrasonic Metal Welding
- Suitable for all kinds of non-ferrous metal precision welding applications.
- Precision splicing system provides superior electrical connections, reducing power consumption and extending tool life
- Continuous feed welding
- Seal the copper and aluminum tubes in less than a second without using heat or consumables.
Q. Ultrasonic Cleaning
The object to be cleaned is placed in a tank of water or cleaning solvent. The entire tank is then subjected to high frequency pressure sonic waves that vibrate the liquid at extremely high frequencies. This agitation produces cavitation and strong forces that act on any contaminates on the object and inside any holes or recesses within the object. These forces disloge any foreign material and remove it from the object. Efficiency can be increased even more by automating the process.
Ultrasonic Cleaning
- aqueous cleaning systems meet the most demanding production requirements for particulate and oil removal.
- solvent cleaning systems incorporate cleaning, rinsing, drying and solvent reclamation in a single compact unit.
- offers three essential ultrasonic cleaning components: generators, tanks and immersible transducers.
- Fully programmable baths with more power and precision. Self-adaptive technology delivers industry-leading cleaning quality.
Q. Ultrasonic Plastic Welding
Ultrasonic energy has been used to join thermoplastics for over 70 years. It is frequently chosen when parts are too complex or expensive to be molded in one piece.
In ultrasonic plastic welding, a vibratory motion at the horn face (amplitude) is transferred to the part. The vibrations move through the part and creates friction at the interface between the parts. Creating heat, then melting. When cooled, a weld is formed.

【Principle】
The ultrasonic welding process converts electrical energy into mechanical vibrations causing the plastics to join.
In the ultrasonic stack, the converter transmits the energy through the booster causing the horn to vibrate.
The converter is made up of piezoelectric ceramic disks that expand and contract at the same frequency of applied electrical energy.
The booster increases or decreases the amplitude of the vibrations to provide the optimum amplitude for the material, size and type of assembly.

The Ultrasonic Welder is comprised of an actuator/stand and ultrasonic stack. The systems can be integrated into fully or semi-automated environments. Stand-alone models include an independent power supply and control interface.
The systems support multiple weld modes, amplitude stepping and full control capabilities.
Ultrasonic Plastic Welding
- With the flexibility to be used as benchtop systems we deliver reliable performance for precision welding.
- The latest offering in ultrasonic power supply technology offers a high level of process control and weld quality.
- Self-contained assembly system to conserve space, facilitate setup, simplify operation and make service convenient.
- Low power systems offer patented circuitry with closed-loop amplitude control for maximum process control.
- Specialized welding systems provide simple automation for increased production and efficiency.
Q. Plastic Spin Welding

Spin welding utilizes extreme friction from circular motion to join two circular plastic parts.
One part is held stationary while the other is rotated and pressed against the stationary part. The spinning action creates extreme heat all along the circular join path. Extreme pressure is simultaneously applied by pressing the two parts together.
This combination of extreme heat and pressure fuses the plastic together along the path, creating a clean and instantaneous circular joint.
Q. Hot Plate Plastic Welding

Hot Plate Welding is a joining solution for virtually any shaped part. It utilizes a heated platen with heat inserts that are cut to match the shape of the weld plane. The plastic parts that will be joined are pressed against the heated plate to melt and soften the entire joint interface. The plastic parts are then immediately pressed together to complete the weld. Hot Plate Welding is a direct thermal contact process that creates a clean join.
Q. Plastic Vibration Welding

【Principle】
Vibration welding process uses rapid linear motion to create friction and heat at the joint interface of the parts to be mated. This process lasts until the right molten state is reached. The plastic then solidifies under clamping pressure and forms a permanent bond. In addition to linear vibration welding, only Branson offers orbital vibration technology, increasing joint welding opportunities to meet a wider range of requirements. The process can track a wide range of part sizes and shapes, removing past limitations on product design.
Q. Laser Plastic Welding

Branson laser welding employs a process called Simultaneous Through-Transmission Infrared® (STTIr) welding. STTIr uses fiber-optic bundles to deliver light from laser diodes to the Waveguide. The Waveguide is a custom-tailored tool that directs the laser at a precise target line to heat and join the plastic. This enables the heating and plastification of an entire weld line at once, and provides a uniform melt down and weld collapse. Further, STTIr is scalable to large parts.

1

Question

All questions
FAQ

Catalog

All products

Connect

+886-2730-888
LINE
sales@jpic.com.tw
No. 72, Dali Rd., Rende Dist., Tainan City 717, Taiwan (R.O.C.)

company information

ADD ：No. 72, Dali Rd., Rende Dist., Tainan City 717, Taiwan (R.O.C.)
Phone ：
Mobile ：+886-2730-888
Fax ：+886-2116-839
E-mail ：sales@jpic.com.tw

Links

About us
News
Product
Service
Technical Q/A
Finished
Contact

Contact

Contact us quickly by the following methods

dedicated phone line
LINE
Leave your contact information

Follow us

2019© Copyright All Rights Reserved

Apple web Design

超音波機器振動摩擦機系列，專門針對不規則或有平面或不易熔接之塑膠產品做振動摩擦加工，超音波機器專業研發應用團隊。引領業界好口碑。超音波機器專業於高品質產品及服務，塑膠熔接設備應用先進微電腦科技，以達設備最理想之設計！

Call now
LINE

KEEP GOING NEVER STOP