Tips Of Edge Banding Machine Usage

Tips of Edge Banding Machine Usage

           The main advantage of edge banding machine is that it is firm, fast, light and efficient in the whole processing. To achieve this effect, besides choosing a good edge banding machine, we must also pay attention to the edge band, hot melt adhesive, substrate, workshops environment, and operating methods and other elements. Select the edge band should pay attention to the width, thickness, material, toughness, surface treatment and other elements. Hot melt adhesives should pay attention to the difference between high, medium and low temperature adhesives, match the types of edge-bands, and must also set the temperature heating control and turbulence and solidification time delay of the sol. The selection of the substrate also has the requirements of quality, temperature, parallelism and verticality of the cut surface. The indoor temperature and dust concentration of the work environment also need to be considered, and the operating speed, pressure, balance of the substrate, the edge band, and the rubber shaft must be considered. Coherence, etc. will affect the edge effect.

         There are also some problems or failures will happen in the use of edge banding machines. Common faults include:
1. Electrical faults. Including the host stopped, heating up, program turmoil, etc., if not eliminated, it will burn out the motor and heating pipe, and even damage the entire mechanical system. Mainly check the electrical control box, motor, heating pipe, delay device, etc. during maintenance. This type of overhaul is generally repaired by a professional or manufacturer.
2. Gas circuit failure. Including valve failure, air leakage, low pressure, cutting knife, feed does not work, etc., mainly to check the integrity of various pneumatic components, replacement parts can be produced under the guidance of the manufacturer’s technical personnel.
3. Mechanical failure. The main problems include transmission failure, uneven glue application, feed failure and cutter failure, etc. It mainly checks the intact condition and firm position of each mechanical component, and whether the transmission position is offset.
4. Bonding failure. Such as sticky, running deviation, entrainment, etc., this is a comprehensive failure, related to the rubber shaft, edge band, sol, substrate and operation. This kind of failure may appear alternately or it may appear alone. The specific maintenance depends on the situation.