The core advantage of the small integrated testing and sampling press in terms of production capacity lies in its integrated design and fast response characteristics of "one machine for two purposes", which completely changes the inefficient mode of traditional laboratories that require separate configuration of hot and cold presses. The equipment adopts a hot and cold co platform design, and after hot pressing is completed, the workpiece can be cooled and shaped on the same equipment without moving, which greatly shortens the testing cycle. The heating system responds quickly and cools down quickly, effectively shortening the single testing cycle. The device supports multi-stage temperature control and multi-stage pressure control, and can flexibly set parameters such as heating rate, insulation time, and cooling rate according to the process requirements of different materials to meet diverse testing needs. The equipment can quickly complete multiple parallel tests, greatly improving research and development efficiency. The equipment adopts hydraulic drive mode, and the lifting and lowering speed can be accurately set. The no-load closing speed is fast, further compressing the auxiliary time.

The integrated cold and hot testing and sampling press, with its functional design and precise process control capabilities, has a wide range of applications in material research and development, process testing, and small batch sampling. In terms of plywood testing, the equipment is suitable for testing the bonding strength and optimizing the process of plywood. It can simulate parameters such as temperature, pressure, and holding time in actual production, quickly evaluate the bonding effect of different adhesives and process conditions, and provide process basis for large-scale production. In the field of testing particleboard and fiberboard, equipment can be used for surface veneer process testing of medium density fiberboard (MDF) and particleboard, verifying the bonding effect of decorative paper, veneer and substrate through precise temperature and pressure control. In terms of testing aluminum honeycomb panels, the equipment is suitable for composite process testing of aluminum honeycomb panels and stainless steel honeycomb panels. It can simulate the bonding and curing process of honeycomb core materials and panels under high temperature and high pressure, evaluate the bonding strength of different adhesive film materials and process parameters, and provide reliable testing data for the research and development of honeycomb panels for aerospace and building curtain walls. In the field of ship rock wool board testing, equipment can be used for process validation of ship rock wool insulation boards and composite rock wool boards, evaluating the bonding performance of core materials and panels under high temperature and pressure, and meeting the strict standards of the ship industry for fireproof insulation materials.

Check the oil level in the hydraulic oil tank and replenish the dedicated hydraulic oil in a timely manner; Clean the dust inside the electric control box to ensure smooth heat dissipation; Add a small amount of lubricating grease to the workbench guide rail and hydraulic shaft to ensure smooth operation without jamming. Check whether the hydraulic oil pipes and line joints are loose, and confirm that safety devices such as emergency stop and limit are normal; Keep the surroundings of the equipment clean and dry, and avoid corrosive components in humid environments.