There are many types of slide modules, and according to different classification methods, the results obtained are also different. According to the different use environments, it can be divided into: general environment use slide table and dust-free slide table; according to different driving methods, it can be divided into screw type slide table and belt type slide table; according to the combination form, it can also be divided into single-axis slide table and Multi-axis slide table. Various classification methods can also be combined, such as general environment screw type single-axis slide table, general environment belt type single-axis slide table, dust-free environment screw type single-axis slide table, dust-free environment belt type multi-axis slide table, etc. .

The screw-type slide module is mainly composed of aluminum alloy profiles, linear guides, ball screws, ball screw supports, motors, couplings, photoelectric switches, etc. The aluminum alloy profile sliding table module has beautiful appearance, reasonable design, good rigidity and reliable performance. The material of the module sliding table is an ideal transmission component for combined machine tools and automated production lines. Linear guides have higher load ratings than linear bearings, and combined with ball screws, high-precision linear motion can be achieved under high loads. The screw-type slide module has high rigidity, small thermal deformation, and high feed stability, which ensures the actual accuracy in the processing state (under load).

The belt-type slide module is composed of aluminum alloy profiles, belts, linear guides, motors, couplings, photoelectric switches, etc. A slider for increasing the workpiece of the equipment is fixed on the belt, and a transmission shaft is installed on both sides of the belt as a power input shaft. When there is input, the slider is moved by driving the belt.

The accuracy of the belt-type slide module depends on the quality of the belt and the processing process in the combination. The control of the power input will also affect the accuracy, and the accuracy is generally higher than 0.1mm. For different production process requirements of the module slide table, you can choose to add rigid guide rails to improve rigidity according to different load requirements. Different specifications have different upper limit of load. Usually through the design of a specific module slide table, the tightness of the belt movement can be controlled on one side, which is convenient for the debugging of the equipment during the production process.

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