MSE PRO™ Vacuum Pre-Sealing and Second Sealing Integrated Machine (Split Type, For Use Inside Glove Box)

This equipment is primarily designed for vacuuming and heat-sealing of pouch cells after electrolyte filling and standing. The sealing head is made of brass material, which offers excellent heat transfer, reduces power consumption, and improves work efficiency, resulting in higher energy savings compared to similar products. For vacuum pre-sealing and vacuum second sealing the openable cavity cover and the cavity body form as sealed chamber. Vacuum is applied to the chamber to create negative pressure. When the vacuum reaches the set value, the sealing head utilizes thermal conduction to act on the battery’s packaging material (aluminum-laminated film), heating and softening it to a near-molten state, thereby fusing the layers together. For second sealing the gasbag must be manually punctured or have its air extraction port trimmed to allow extraction of excess gas from the battery. The cavity cover is opened and closed manually. Batteries are placed into the chamber by hand and removed manually after the vacuuming and heat-sealing is completed according to the programmed settings. Vacuum extraction is performed at a controlled slow pace. The device is tilted at a 20° angle (i.e., the battery is placed in a tilted position) to minimize the risk of electrolyte being extracted. If a small amount of electrolyte is still extracted, the customer should optimize the amount of electrolyte injected to reduce excess electrolyte and avoid its extraction. The lower sealing head is fixed, while the upper sealing head is driven by a cylinder and guided by a linear bushing. This ensures smooth vertical movement and precise guidance to meet the sealing requirements for the product.

Features:

The incoming batteries are all placed at a 20°tilt angle.
The equipment features a split-type design separate from the electrical cabinet (for use inside a glove box).
The pressure of the sealing head is adjustable via a pressure regulator valve to meet different process parameter requirements.

Notes:

Regularly wipe the upper and lower plates and the vacuum chamber to keep them clean.
Lubricate the bearing moving parts with oil to ensure smooth movement.
If not used for a long time, wipe the surfaces of the mechanical moving parts clean and apply anti-rust oil for protection.
Regularly inspect the screws, nuts, pins, and other fasteners of the machine to prevent failures and accidents due to loosening.

Technical Parameters:

Name	Parameters	Remarks
Upper/Lower Sealing Head Temperature	Recommended temperature: 180℃	Max. 200℃
Vacuum Level	Not lower than -90KPa at highest	Adjustable
Sealing Time	Recommended 4~8s	Adjustable from 0-99s
Seal Thickness	≤0.5mm	N/A
Sealing Head Length	630mm	Battery length < 605mm
Sealable Battery Range	Max: 605mm (excluding tabs) x 180mm (including gas bag) (main body width < 110mm)	N/A
Sealing Edge Width	10mm (standard)	Customized
Gas Source	0.5~0.8MPa Argon, Nitrogen gas (inside glove box), or 0.5~0.8MPa Compressed Air	If the equipment is used in a glove box, argon or nitrogen gas sources must be used. Compressed air can be used if the equipment is placed outside the glove box.
Power Supply	AC110V/60Hz	Customized
Vacuum Source	N/A	Customer provided
Power	5000W	N/A
Equipment Dimensions	≈L950W535H500mm	External electrical control cabinet not included
Dimensions after Packaging	≈L1300W660H730mm	N/A
Gross Weight	≈250kg	N/A
Usage Site	N/A	Can be used inside the glove box, please verify if the glove box space matches the equipment's outer dimensions
Warranty Period	1-year warranty, lifetime maintenance	N/A

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