Precautions for choosing a curved edge banding machine

Update: 15-05-2020

The main advantages of the curved line edge banding mac […]

The main advantages of the curved line edge banding machine are firm, fast, light, and high efficiency. In order to maximize this effect, in addition to the good edge banding machine, pay attention to the edge banding, hot melt adhesive, substrate, working environment And operating methods. When choosing the edge banding, pay attention to the factors such as width, thickness, material, toughness, surface treatment and other factors. Hot melt adhesives should pay attention to the difference between high, medium and low temperature adhesives, and match the type of edge banding, and also scientifically set the temperature to control the temperature and the fluidity and solidification delay of the sol. The selection of the base material also has requirements for quality, temperature, parallelism and verticality of the cut surface. The indoor temperature and dust concentration of the working environment also need to be considered. The speed, pressure, balance, and running speed of the base material, edge band, and rubber shaft during operation Coherence, etc. will affect the edge banding effect. Fourth, the method of repairing curved linear edge banding machine curved linear edge banding machine will also have some problems and faults in use. Common faults are:
1. Electrical failure. Including the main engine stalling, unreasonable temperature rise, disordered procedures, etc., if not eliminated in time, it will burn the motor and heating tube, or even damage the entire mechanical system. Mainly check the electrical control box, motor, heating tube, delayer, etc. during maintenance. Such overhauls are generally repaired by professionals or by manufacturers.
2. The gas path is faulty. Including air valve failure, air leakage, low air pressure, cutting knife, feeding does not work, etc., mainly check the integrity of various pneumatic components. Replacement parts can be carried out under the guidance of the manufacturer's technical staff.
3. Mechanical failure. Mainly include transmission failure, uneven feeding and cutting knife failure, etc. Mainly check the intact condition of each mechanical component and whether the transmission part of the solid part has shifted.
4. Bonding failure. Such as sticking, deviation, entrainment, etc., this is a comprehensive fault related to the rubber shaft, edge banding, sol, substrate and operation. Such failures may occur alternately or may occur individually depending on the situation.

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