Improved egg tray machine helps increase yield

    What is an egg tray machine? Before I briefly introduced it to everyone, I think everyone also has a simple understanding of this. For the factory, it is necessary to produce a large number of egg trays every day. It is not enough to rely on the egg tray machine alone. Therefore, many manufacturers have their own egg tray machines. The production line, such a simple and efficient production method, is used by many factories. So what are the steps of the egg tray production line? Let me briefly introduce this.

There are many production steps for the egg tray production line. The pulping step is very simple for products that do not require the addition of other additives or do not require pulping. However, if you need to add additives or need pulping, this step is also very important because adding an additive means that the egg tray will generally obtain other new functions such as waterproofing. Therefore, the weight of the additive must be strictly controlled, and then its function can be more reasonably exerted. This requires the slurrying to complete And then make this assignment complicated and important.

    This link is very important. why? Because in the molding process, it is mainly the adsorption molding of pulp, there is a question that touches the quality of the egg tray, that is, if the vacuum cannot be absorbed, the quality of the product will be greatly reduced. This is due to the inadequacy of adsorption. The suction force comes from the suction of the vacuum pump, that is, the force of dehydration. If it is too large, it will cause simple damage to the mold, and if it is too small, it will cause poor quality.

    There are many types of egg tray machines, but they are all mechanical; electrical; pneumatic; composed of three parts. The mechanical transmission mainly includes connecting rod transmission, crankshaft transmission, groove wheel transmission, chain transmission, gear transmission. The mechanical track has angle iron slides, single-arm bearing slides, slide rails, and the mechanical components are simple and clear, and it is easy to find that the fault has been repaired. The electrical control is divided into two parts. Some electrical appliances control the operation of the motor. However, the electrical appliances with a stoppage are a bit complicated. There are 1-2 proximity switches to control the time relay, and then there are time relays to control the stop and rotation of the motor. If the proximity switch or time relay is used, there is a faulty machine that cannot be completed without working, so the fewer appliances, the lower the failure rate. The other part of the appliance controls the solenoid valve and the cylinder. Each solenoid valve has a proximity switch control. The cylinder has a proximity switch to control the solenoid valve. The solenoid valve controls the cylinder. The cylinder controls the dehydration valve. There is a chain reaction that prevents the machine from working due to a non-operation.

    In order to minimize the failure rate of the machine, use machinery as much as possible, reduce the use of electrical appliances, use as few pneumatic components as possible, simplify the composition of the machine as simple as possible, and use mechanical structure as much as possible to make the machine simple, easy to find and easy to repair.