Benchtop Vacuum Final Sealing Machine (Second Sealing)

Model：

CAN-SEA50-0200DS

Applied range：

Desktopvacuum final sealing machine is the 1 kind of vacuum packaging equipment suitable for small production environment or laboratory. It has the characteristics of small size, simple operation and flexible function.

Date issued：

2024-12-24 23:45:13

Equipment Size：

500mm* 500mm * 700mm

Weight：

50kg

Details

Überblick

Spezifikationen

Details

This desktop vacuum final sealing machine is designed for high-precision battery encapsulation, particularly suited to the final sealing step in prismatic aluminum case, cylindrical, pouch cell, and solid-state battery production lines. Manufactured by Canrd under model CAN-SEA50-0200DS, it supports vacuum-assisted sealing to ensure airtight integrity and electrochemical stability of battery cells. The compact benchtop configuration enables integration into glovebox or dry-room environments, commonly used in research-scale or pilot lines for metal lithium, zinc-ion, and solid-state batteries. Key technical parameters such as sealing pressure, temperature control, and vacuum level are optimized for consistent weld quality without compromising electrode materials. This unit is a reliable choice for labs needing a dedicated, space-saving vacuum sealing solution for advanced battery prototyping and process development.

Air source	Compressed air: 0.5~0.7MPa
Power supply	AC220V/50HZ
Equipment size	500mm * 500mm * 700mm
Power	Power consumption during heating is about 0.6KW
Weight	50kg

heat sealing pressure	0~7Kg/cm2 adjustable
maximum edge sealing size	200mm
head temperature	normal temperature ~ 250 ℃, temperature adjustable
heat sealing time	0~99 seconds adjustable
Temperature control accuracy	± 1.5 ℃
vacuum degree	≤-95Kpa
edge sealing width	5mm (according to customer's requirements)

& nbsp; & nbsp; & nbsp; Desktop vacuum final sealing machine is the 1 kind of vacuum packaging equipment suitable for small production environment or laboratory

1. the head is made of copper material