Specifications

ultrasonic welding equipment
plastic welding machine
turnoverbox welding machine
high quality, strong welding
CE certificate

Ultrasonic welding equipment turnover box  

 

Characteristic:

Hollow plate welding machine, welding machine for plastic working characteristics:

Not pale, not glue overflow

Fast-- eache welding time 0.1-3 seconds.

Strength, can bear large pulling force, high pressure.

Quality-- no water leakage, gas leakage, can close welding.

Economy-- no screws, glue, reduce the artificial, low cost.

Appication--turnover box welder, hollow board

 

1.IC circuit precision control, automatic overload protection system

2.adopting digital switch, 1/100 precision re-set control
3.adjustable horizontal level, easy control welding horn

4. New single-pole auto-elevating body is easy and convenient to operate and has high intensity.

5. Precision fine adjustment of mechanical position, high precision.

6.Central welding head positioning structure ensures no offset of welding head's position.

7.Linear rack ensures long time and high precision movement of the welding head.

8.Four-point adjustable structure is easy and convenient to adjust the mould

9.Digital high-precision power trigger function, time mode triggers ultrasonic so that welding stability is great enhanced

10.Frequency adjustment and frequency compensation gives better protection to the circuits

11.International leading welding modes of time welding, depth welding, cave-in welding that higher demand for welding precision

 

Technical parameter 

Model	XH-2026
Frequency	20KHZ
output power	2600W
Power supply	AC220V/10A
Weight	160KG
Machine dimension	1000*750*1900mm

 

 

 

 

 

 

 

 

Machine design:

 

Hollow board turnover box samples:

 

                  

 

Process overview

Ultrasonic welding, for thermoplastic injection moulded components, is a process that uses mechanical vibrations above the audible range. The vibrations, produced by a welding sonotrode or horn, as it is generally known, are used to soften or melt the thermoplastic material at the joint line. The components to be joined are held together under pressure and subjected to vibrations, usually at a frequency of 20 or 40kHz. 

 

The ability to weld a component successfully is governed by the design of the equipment, the mechanical properties of the material to be welded and the design of the components and joint. Ultrasonic welding times are short (typically less than one second), which makes the process ideal for mass production. The process is widely accepted in many applications ranging from automotive light clusters to consumer electronics products, such as mobile telephone casings.

Ultrasonic welding equipment consists of a machine press, generator, converter or transducer, booster, sonotrode or horn, and component support tooling.