+86 13655751246

News

Home / News / Industry News / Hydraulic semi-automatic hot melt welding machine leads the new trend of the industry

Hydraulic semi-automatic hot melt welding machine leads the new trend of the industry

Technical parameters show strength
The hydraulic semi-automatic hot melt welding machine supports a variety of specifications of welding range, which can be easily adapted from 250mm to 400mm, and can widely meet the needs of different industries. The core heating plate power of the equipment reaches 5kw, and it is powered by 380V voltage, which ensures rapid heating and stable welding performance. At the same time, the 1.1kw milling cutter power and hydraulic station power provide strong auxiliary power for the equipment, realizing a precise and efficient welding process.

In terms of weight, the net weight of the equipment is 288kg, and the total weight after packaging is 348kg, which not only ensures a sturdy and durable structure, but also takes into account the convenience of transportation. In addition, the packaging volume of the whole machine is only 1.71 cubic meters, which further optimizes the storage and logistics costs. It is worth mentioning that its split packaging design is meticulous: the packaging size of the frame part is 82cm×74cm×100cm, and the weight is 136kg, which provides users with convenient assembly and maintenance methods.

Design advantages: efficiency and safety
The hydraulic semi-automatic hot melt welding machine takes efficiency and safety as its core, and adopts an advanced hydraulic control system, which not only improves welding accuracy but also reduces the difficulty of operation. Its semi-automatic design balances the needs of automation and flexibility, allowing the equipment to adapt to both mass production and complex personalized tasks.

The independent power configuration of the heating plate and milling cutter makes the welding process smoother, effectively reducing mechanical wear and energy waste. At the same time, the stable hydraulic station ensures that the equipment can still maintain reliable performance under high pressure, further improving the safety of the overall operation.