Products

Lithium battery stacking machine product is mainly used for the assembly of Z-shaped laminations of lithium battery positive, and negative electrodes and diaphragm. The semiautomatic pouch cell stacking machine realizes manual loading, subsequent pole piece position correction, and the lamination process fully automatic, and has the characteristics of high lamination efficiency and high stacking precision. The lab semi-automatic pouch cell stacking machine can be designed to stack up to 200*200mm batteries. The battery stacking machine assembly for the pouch cell adopts a single cantilever structure design, and the coil isolation membrane automatically controls the constant tension.

Spot welding machine for lithium battery pack The 18650 battery pack spot welder is a versatile spot welding machine specifically tailor-made cylindrical battery cell Spot welding machine for battery pack is designed to provide reliable and consistent welds, ensuring the integrity and stability of the battery pack assembly. The main feature of the battery cell welding machine is its ability to precisely and efficiently perform spot welding machine for battery pack.

CCD Positive And Negative Testing Machine CCD Visual Inspector verifies that the maximum test voltage is 100V (can be customized according to requirements). CCD Tester confirms the maximum charging current (20A) and discharge current (120A) (can be customized according to requirements). CCD Positive And Negative Testing Machine enables programmable control of test items. CCD detector ensures a friendly human-computer interface.

Hot roller press machine for Battery Electrode The hot roller press machine for Battery Electrode adopts a vertical design, allowing for convenient feeding and pressing of strip and piece materials. The hot roll press machine utilizes gear engagement to accomplish the rolling press process. The battery hot roller press equipment allows for the regulation of thickness and speed. The Lab hot roller press enables automation through electric rolling.

Application scenarios of lithium ion battery winding machine: The semi-automatic winding machines for pouch cells find applications in battery manufacturing facilities, research and development labs, small to medium-scale battery production, and custom battery pack assembly.

Pneumatic AC Pulse Spot Welding Machine The battery spot welding machine utilizes a single chip microcomputer for precise control. The lithium battery spot welding machine ensures stable and reliable welding capability, resulting in high-quality welds. Battery tab spot welding machine is specifically used for welding the negative case and tab of cylindrical batteries, enabling secure and efficient connections.

Applications of Roll To Roll Continuous Slitting Machine: Electrode Slitting Machine is primarily used in the production of lithium-ion batteries Battery Slitting Machine is also utilized in battery research and development laboratories. A Roll To Roll Continuous Slitting Machine can be utilized by manufacturers who produce custom or specialized batteries.

Battery stacking machine assembly for pouch cell The lamination stacking machine utilizes a vacuum suction robot that automatically picks up and stacks electrodes. The battery stacking machine for electrodes ensures precise tension control during the delivery of the separator, ensuring optimal stacking quality. The automatic stacking machine ensures precise electrode positioning, resulting in consistent and reliable cell assembly. The operating room of the sodium battery stacking machine is equipped with electrostatic discharge (ESD) systems and dust removal systems, providing a clean and safe working environment for the stacking process.

laboratory muffle furnace The 1200 c muffle furnace has a compact, portable, and lightweight design, making it easy to move and transport. The standard package of the vacuum muffle furnace includes a set of stainless steel vacuum sealing flanges with valves and a pressure meter, ensuring a reliable and secure vacuum operation. With its microprocessor-based self-tuning PID control, the laboratory muffle furnace provides precise temperature control and minimal overshoot, optimizing the thermal process. The mini muffle furnace enables multiple atmosphere processes within a single cycle.