Manual Supercapacitor Plug Pressing Machine

Product Overview

This manual plug pressing machine is designed for pressing plugs after electrolyte filling in batteries and supercapacitors. Its compact footprint, 20 mm working stroke, and straightforward manual operation provide a focused solution for controlled post-filling assembly work where a dedicated, space-efficient station is required.

The equipment is suited to battery and supercapacitor laboratory workflows, including electrochemical research, prototype cell assembly, and small-scale development activities. It is intended for products with a 60 mm diameter, while customization is available for requirements outside this standard suitability.

This unit combines a small overall size with convenient operation and simple cleaning and maintenance. It can freely pass through the transfer chamber of a glovebox with a 360 mm diameter, supporting practical integration into laboratory environments where controlled handling is part of the assembly process.

Key Features

• Purpose-Built Post-Filling Pressing: The equipment is principally used to press plugs after batteries and supercapacitors have been filled with electrolyte. This dedicated function supports a defined assembly step without requiring an oversized general-purpose station.

• 20 mm Working Stroke: A 20 mm working stroke provides the specified motion range for the plug-pressing operation. The defined stroke helps users assess compatibility with their product geometry and process sequence before procurement.

• Compact Laboratory Footprint: With external dimensions of L200 x W200 x H450 mm, this unit occupies limited bench or equipment space. Its compact form is particularly relevant where several cell-preparation operations must be arranged within a restricted laboratory area.

• Manual, Convenient Operation: The system is designed for convenient manual use, allowing operators to perform the pressing step directly. This operating format is appropriate for research, development, and laboratory processes that require flexible handling across changing work schedules.

• 60 mm Product Diameter Suitability: The standard configuration is suitable for products with a 60 mm diameter. This clear dimensional reference helps procurement teams match the equipment to their existing product format and assembly requirements.

• Customizable Product Compatibility: Customization is available for applications requiring a different product diameter. This capability allows the equipment to be considered where the standard 60 mm suitability does not align with a specific battery or supercapacitor design.

• Glovebox Transfer Compatibility: The compact unit can freely pass through a glovebox transfer chamber with a diameter of Phi360 mm. This supports equipment movement into glovebox-based laboratory workflows when the available transfer opening matches the stated diameter.

• Easy Cleaning and Maintenance: The concise external design is described as easy to clean and maintain. For laboratories handling repeated assembly activities, this practical characteristic supports orderly equipment upkeep between operating periods.

Applications

Technical Specifications

The stated dimensions and transfer compatibility should be reviewed against the intended installation space, work surface, product dimensions, and glovebox arrangement. The 60 mm product diameter is the supplied applicability reference; projects using another diameter should define the required product dimensions during configuration discussions.

The 20 mm working stroke is the specified operating travel and should be evaluated as part of the complete plug and product geometry. For purchasing teams, this includes confirming that the assembled product, plug arrangement, handling method, and planned operating sequence are compatible with the intended pressing process.

The external dimensions describe the physical envelope of the unit. They are useful for planning laboratory layout, bench allocation, storage, and movement through laboratory access points. The stated 15 Kg weight is also relevant when defining handling procedures and selecting an appropriate installation location.

For glovebox-oriented work, the specified free passage through a Phi360 mm transfer chamber provides a clear dimensional criterion. Users should verify their own chamber dimensions and the complete route used to move equipment into the operating environment. This is particularly important where the unit must be introduced alongside other assembly tools or process materials.

Why Choose This Product

• Focused process fit: This system is designed specifically for pressing plugs after battery and supercapacitor filling, giving laboratories a clear solution for a defined assembly operation.

• Space-conscious engineering: The L200 x W200 x H450 mm external dimensions support installation in compact laboratory environments where work surfaces and glovebox-adjacent areas must be used efficiently.

• Clear compatibility criteria: The 20 mm working stroke, standard 60 mm product diameter suitability, and Phi360 mm glovebox-transfer reference give procurement teams concrete information for evaluating process fit.

• Flexible application scope: Manual operation, convenient use, and available diameter customization make the equipment relevant to both standard product formats and application-specific development work.

• Practical equipment ownership: The compact, concise design is described as easy to clean and maintain, helping laboratories keep a dedicated assembly station orderly and ready for use.

Contact us for a quote or a custom solution matched to your battery or supercapacitor product diameter, laboratory layout, and glovebox transfer requirements.

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