A Mikrouna's nuclear unmanned factory saves labor costs, improves production capacity, enhances product qualification rate, ensures product quality, and avoids losses caused by manual operation errors through automated equipment production; Protect users from the hazards of radioactive or highly toxic substances; Industrial equipment of different types and regions are interconnected through IoT technology to achieve online integrated control and centralized management of industrial equipment groups; Real time data on the operation status of various equipment in the factory, the processing and forming status of various products, network status, and factory conditions are presented to a unified control platform through visualization technology, achieving visual integrated control.

A Mikrouna's automated production line for sodium ion batteries can independently complete quantitative powder injection, tunnel furnace segmented continuous high-temperature heating, quantitative liquid injection, automatic sealing and welding, negative electrode heating automatic sodium injection, automatic vacuum welding of ring sealed end caps, and finally be sent out from the discharge bin through the conveyor line. The entire production process achieves automated transmission and production, making it an advanced and complete automated production line for sodium ion batteries.

A The Mikrouna lithium metal sheet folding machine consists of four glove box systems (front heated circular cabin, rear transition cabin), lithium strip cutting machine, lithium negative electrode sheet making machine (including pressure electrode ear and turnover special tooling), positive electrode sheet punching machine, semi-automatic laminating machine, ultrasonic welding machine, top sealing machine, side sealing machine, vacuum injection machine, vacuum pre sealing machine, etc., to achieve the functions of different dehumidification systems.

A Mikrouna's lithium metal solid-state battery intelligent equipment line has integrated functions of lithium metal sheet making, stacking, welding, packaging, insulation testing, and vacuum injection sealing; The transition chamber has a vacuum baking function; Characteristics such as water and oxygen content<1PPM.

A Mikrouna's lithium battery automation production line can achieve fully automatic scanning, filling, weighing, replenishing, and sealing in a super purified glove box, realizing efficient and completely unmanned automation production, greatly saving labor costs, greatly improving production capacity, product quality, and yield, and maximizing customer benefits. This production line is a major progress in the production of lithium batteries/supercapacitors.

A The glove box in the field of nuclear research mainly involves the handling of radioactive materials, and this type of glove box is based on the principle of ensuring that operators are protected from radioactive threats. There are strict regulations for glove boxes used in the fields of nuclear waste, reprocessing, nuclear energy, and nuclear research.

A The nitrogen removal device of Mikrouna glove box can adsorb nitrogen in argon gas through zirconium vanadium iron adsorbent. The pipeline is made of stainless steel material, and the working temperature of the nitrogen removal tower can reach 300-500 ℃.

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