KS Wire Bonder MAXUM PLUS

Technical parameters and performance characteristics

‌Input voltage‌: standard 200 to 140VAC, frequency 50/60Hz (±3Hz), power consumption is 12kVA‌.

‌Welding capacity‌: fine wire spacing is 35um, overall solder joint accuracy is ±25um, maximum wire length is 7.6mm, and minimum arc height is 100um‌.

‌Productivity‌: Wire welding cycle time is 63 milliseconds (based on 2.5mm wire length and 0.25mm arc height).

‌Equipment performance‌: The whole machine has a reasonable structure, fast speed, high precision, full functions, simple and convenient operation, can work continuously for 24 hours, low failure rate, and high processing yield‌.

Application field and user evaluation

KS MAXUM PLUS wire bonding machine is widely used in the LED industry and is suitable for the welding of light-emitting diodes, small and medium-sized power transistors, integrated circuits and some special semiconductor devices. It has a high degree of automation. The CCD lens captures the image and the computer calculates and controls the slide to move to the position and then wires are bonded. It is suitable for all products currently processed online by LED‌. User evaluations show that the equipment has stable and reliable performance, low failure rate, and high processing yield rate, which has been highly recognized by users.

Maintenance and care recommendations

In order to ensure the long-term stable operation of the KS MAXUM PLUS wire welding machine, it is recommended to perform the following maintenance and care regularly:

‌ Clean the equipment ‌: Regularly clean the dust and debris inside the equipment to keep the equipment clean.

‌ Check the circuit ‌: Check whether the circuit connection is firm to ensure that there is no looseness or short circuit.

‌ Lubrication ‌: Regularly lubricate the moving parts of the equipment to reduce friction and wear.

‌ Calibration ‌: Regularly calibrate the welding accuracy of the equipment to ensure welding quality.

Through the above maintenance and care measures, the service life of the equipment can be effectively extended and its high-performance operation can be maintained.