MSK-115A-SS is a mini 4-in-1 sealer for top/side & final vacuum standing & sealing for pouch cell with a maximum size of L100 x W100 x H12 (mm). The sealer can be put into the glovebox through the standard antechamber, and operated in Ar gas.

• Four functions: Side Sealing, Purging/cleaning, Vacuum Standing, and Vacuum Sealing.
• One KF40 feedthrough with all necessary power cables gas tubes and vacuum pipes is included to connect the sealer to the devices outside the glovebox
• A vacuumable tube is included to help put all cables and tubes with KF40 into the glovebox without any air leaking.
• The purging function will remove the oxygen and moisture in a cell, which is beneficial for forming a superior SEI layer during the initial cycling of solid-state pouch cell batteries. 
• A perfect lab tool for lab research of liquid, semi-solid, or solid-state pouch cell batteries, as well as metal-gas (eg: Li-O2, Li-CO2, Al-CO2) batteries.

SPECIFICATIONS:

Power	AC110V, Single-phase, 50/60Hz, 800W AC200V is available upon request
Air Pressure	0.50.8MPa compressed air or inert gas is required for operation
Sealing Temperature	250ºC Max. ( +/- 2 ºC) for the top and bottom sealing die. (We normally recommend 180-200ºC for pouch cell sealing)
Heated sealing time	0 ~ 90 seconds adjustable (5 ~ 6 seconds recommended)
Inert Gas Cleaning	Cleaning with Argon gas and slightly positive pressure before vacuum standing can effectively remove oxygen content and improve the wetting and filtration effect at solid-solid and solid-liquid interfaces of electrodes. Cleaning cycle number: 0-90 adjustable Cleaning pressure: 0~0.8KPa adjustable
Vacuum Standing and Sealing	Vacuum level: Max. not less than -95KPa (The vacuum degree can reach mTorr level by using a mechanical vacuum pump) Vacuum standing time: 0~900 seconds adjustable Vacuum pre-standing time: 0~90 seconds adjustable The vacuum pump is not included. Please click here to order at MTI.
Front and Back Panels	A PLC screen was used to set the sealing parameters and show the operation status. Inert gas port, compressive gas port, and vacuum ports are installed on the back panel You need an air compressor to operate (not included, please click Pic. 1 to order) You need an inert gas tank to purge the chamber(not included) The vacuum pump is required for final sealing (not included, please click Pic 2 to order)       Pic. 1                               Pic. 2
Sealing Die	Max battery size:  L100 x W100 x Thickness 12  ( mm) Heatable sealing blade:  250oC Max with precision digital temperature control Sealing width: 4 mm (The sealing width could be customizable) Sealing length: 100 mm Max. Sealing evenness: ≤ 0.02 mm overlapping precision of top and bottom sealing dies Sealing die type: Sealing blade with rubber buffer (soft-sealing)
Sealing Pressure	Pressure: 393N Max. Consumption: ~ 0.04 L compressed air per sealing Please use high-purity inert gasses (Ar or N2), when operating in the glove box. Using Air Compressor driven when operating outside the glove box. Please note that the air compressor is not included and is not recommended for use in the glove box. Attention: If a gas cylinder is used instead of an air compressor(pic2), a two-stage pressure regulator(pic1) must be installed on the gas cylinder to limit the pressure within the required working range for safe operation.
Dimension      ( Click the picture to see details )	Sealing Machine: 400 mm L x 330 mm W x 290 mm H (with cover open) Control Unit: 230 mm L x 230 mm W x 290 mm H It is easily transferred into the glovebox from the antechamber. (Pic.1) A flanged tube can be installed to transfer the wires to the glove box without any gas leaks, which is available at extra cost. (Pic.2)           Pic.1                               Pic.2
Net Weight	Sealing Machine: ~16kg Control Unit: ~9kg
Compliance	CE Certified NRTL Certification is available upon request at an extra cost
Video	Demo Video     Operation Video