1. First remove the slag and burrs generated during cutting;
2. Pick out those whose flatness exceeds 0.5mm within a distance of 300mm2 for leveling until the above requirements are met.
1. Plane type countertops, first go on a planer for planing, leave a 0.3MM machining allowance, and then go on a surface grinder for grinding;
2. The concave-convex countertop should first be cut and processed by the machining center. After the price margin of 0.3MM is good, the grinding wheel will be replaced for grinding;
3. The processing roughness is required to be ≥0.8 grade (RA0.8).
1. Assemble the technical requirements in the installation drawings, and set aside the corresponding welding shrinkage for the dimensions with tolerances to ensure that the dimensions after welding are within the allowable tolerance range;
2. When welding, ensure the penetration, the surface of the weld is smooth, and no false welding, missing welding, slag inclusion, pores, cracks and undercuts are not allowed;
3. After the welding temperature has cooled down, the calibration should be carried out. The flatness of the table surface is required to be ≤0.2M within 500MM2m, and the straightness of each side is ≤0.2MM within 500MM.
1. First, polish the upper welding scar, and then finely grind and shape it to ensure that the transition between the countertop and the bead is smooth, and no depression is allowed;
2. Use a fine grinding wheel for fine grinding, and the roughness is required to be ≥0.8 grade (RA0.8);
3.The overall surface of the table is finely polished, and the roughness is required to be ≥0.4 (RA0.4).
Robot Advantages
1. Plane type countertops, first go on a planer for planing, leave a 0.3MM machining allowance, and then go on a surface grinder for grinding;
2. The concave-convex countertop should first be cut and processed by the machining center. After the price margin of 0.3MM is good, the grinding wheel will be replaced for grinding;
3. The processing roughness is required to be ≥0.8 grade (RA0.8).
1. Performance Parameter
Cutting material range: metal plate;
Maximum cutting thickness: 6mm;
The plane cutting size range is: 1500mmx3000mm;
Cutting accuracy: deviation within 0.1mm
2. Product Advantages
It can cut any shape on the plane, the cutting speed is fast, and the material after cutting is not easy to deform.
3. The Main Function
Thin board parts such as liner and decorative panel.
Performance Parameter
Nominal force: 300N; Maximum processing plate thickness: 6.35mm;
Number of stations: 32; Maximum processing plate size: 1500mmx5000mm;
Maximum diameter of one punching: 88.9mm.
Product Advantages
The equipment consists of a computer control system, a mechanical power system, a servo feeding system, a mold library, a mold selection system, and a peripheral programming system. It can perform punching processing, blind punching, shallow stretch forming, etc. on the sheet.
The Main Function
Punching processing of sheet materials such as suction vents and exterior decorative panels.
The electromagnetic coil in the electric disk is used to generate a 20-30KH magnetic field. Through electromagnetic induction, the eddy current is generated at the bottom of the iron plate and the iron plate itself generates heat to achieve the purpose of heating food. The fully computerized control system is convenient and accurate to operate, from 0-300℃ in just a few seconds, and the thermal efficiency reaches more than 90%.
Electric disk heating technology is a unique heating method without open flame which is different from traditional gas heating. It has the advantages of safety and stability, simple operation, convenient maintenance and environmental protection and energy saving that traditional gas heating cannot have.
Mainly use electromagnet teppanyaki equipment.