This Multi Point Welding Machine allows all welding heads to operate simultaneously. It delivers higher efficiency than single-head equipment, with uniform and neat welding spots. Features
Adopting a multi-head structure, this Resistance Spot Welder can complete multiple spot welds in a single cycle. Control system: Equipped with microcomputer control, it can store 15 sets of adjustable welding schedules. Operators can independently set welding parameters for one or multiple electrodes to meet the welding demands of products in various sizes and shapes.
Users can freely set the cylinder action sequence, operating times and welding schedules to adapt to diverse product welding requirements.
The machine frame is fabricated with thick steel plates, featuring excellent rigidity and strong deformation resistance.
Microcomputer control ensures high operating accuracy and stable performance.
Water-cooled transformer: Assembled with 15000 gauss permeability silicon steel sheets. The internal full copper alloy core (instead of aluminum core) is circulated with cooling water, which reduces impedance and improves power utilization. With a 20% duty cycle, it supports long-duration welding and maintains high output power. This design extends service life, lowers operating noise and creates a more compact and rational overall structure.
High-speed solenoid valves accelerate the welding process of this Spot Welding Machine, boosting overall productivity and cutting production costs.
Cylinders are made of high-precision, wear-resistant duralumin. The material is rust-proof with low friction and low noise, enabling faster cylinder movement and effectively reducing weld spatter.
Supported by sophisticated processing equipment and exquisite craftsmanship, the welding machine achieves superior precision.
It features a low rate of loose welds and minimal welding slag.
The equipment is user-friendly to operate, runs stably around the clock, and boasts a service life of up to 15 years.
Electrodes are made of CuCrZr alloy with outstanding wear resistance. Combined with water cooling design, the electrodes enjoy an extended service life.
Compressed air system: Fitted with an air processor to purify compressed air, a muffler for noise reduction, and an air storage tank to stabilize air pressure.
Cooling water system: Separate cooling circuits are configured for the transformer, upper electrodes, lower electrodes and other copper components. Water distribution is regulated by independent flowmeters, which can be adjusted separately to guarantee stable operation and prevent equipment damage.
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