Before we know what's going on in the field, let's start with self-stamping technology, self-stucking under the name self-stamping riveting machine, foreign spr equipment, and more domestic styles like self-stabbing docking machines, self-stamping, locking, etc. The sprinter is an average efficient connection process, which is generally based on the fact that it uses pressure to press the nail directly into the metal, which is simple and efficient because it does not need to drill holes, does not need to be man-made, and it takes only two seconds for the machine to automatically complete the whole process of the nailing. In future mechanical equipment processing processes, the self-pumping technology will take an important place in the foreseeable wider application of the self-pumping opportunities that are particularly suitable for thin plate connections to replace the ordinary docking machines and welders。
The structure of the self-sprinter:
Functional description: a non-penetrating cold-transformation expansion within the bottom plate resulting in a solid and reliable structural connection following the impregnation of a special alloy steel nail through the top plate, with the help of a simulator。
The self-stamping achieves structural linkages between layers, fae, composite materials; resolves bottlenecks in the assembly of advanced manufacturing areas, with clear advantages over traditional processes; and is suitable for a variety of materials: aluminium, iron, non-embroided steel, copper, brass, plastics, etc。
It is not suitable to quantify production in bulk, for example, for auto maintenance, site maintenance for industrial site installation, etc.; self-pumping nails are compared with traditional stifling。
In the field of self-stamping machines: construction - aluminium alloy escalators, curtain walls, roller gates, solar stands, mobile slabs; transport - new energy vehicles, container bodies, traffic signs, high-speed fences; residential - air conditioning, washing machines, refrigerators, curtain hangers; other - food machinery, stainless steel supplies, box making, outdoor billboards. Advantages: considerable improvements in assembly efficiency, significant improvements in assembly reliability and significant reductions in assembly costs。
Application industry case
New energy vehicles - sprinting is the main connection process for aluminium magnesium alloys
Electrical parent slots - self-pushing is the main connecting process for aluminium alloy parent cells
Photovoltaic installation - self-stamping for installation of outdoor solar panels
Uavs - sprinting is used for light quantification of uav assembly。
Agricultural robotics - self-stamping techniques have greatly improved the productivity and reliability of unmanned agricultural robots
(a) medical care devices - self-stamping techniques have improved the ease and reliability of medical care devices
Food machinery - self-pushing for aluminum alloy food machinery connections with good durability in case of vibration operations
Industrial conveyor equipment - self-stamping equipment for light metal alloy industrial conveyor equipment。
High-speed rail-sprinting for high-iron air conditioner shell, door plate connection
(b) framework assembly of smart home accommodation - self-stamping for ice freezers
Radar system - rapid recovery of self-sprinting for radar masks
Defence equipment - self-stamping can be used for on-site maintenance of defence equipment and replacement of components。
