Enclosure Sealing
Let’s talk about your projectRobotic sealing solution
From Automotive industry standard solutions
Description
Whatever the material you use, the robotic solution consist of a pumping unit, dual ram for automatic change over, and a dosing unit with accurate and precise application. Our vision system is controlling the sealing bead, and can react to correct it in case of lack of material. Fast, Safe and Reliable.
Main benefits
Fast application thanks to high output and accurate dosing
Whatever the choice of material, we have the pumping and dosing unit
Extrusion or narrow flatstream nozzles depending on thickness and width required
All heated from drum to the head
2D or 3D camera control system embedded on robot
Featured products
Pump Station
Interactive diagram for information purposes
Enclosure Sealing
Let's get in touch-
Why using 2K or 1K material?
1K sealant is standard material used for this function with compressibility, when 2K Epoxy adhesive would add the crash resistant function to the seal. A 1K silicon based material would add the thermal resistance.
Latest requirement is the ability to debond the cover to replace defective cells, either with a foaming material either with a debonding layer reactive to thermal or electrical input.
Our equipment ensures accurate and uniform sealing, preventing moisture and contaminants from compromising battery pack durability. -
How to build an industrial sealing project?
The first key sizing parameters to define are the capacity, the available cycle time for bead application, the dimensions of the battery packs (seal length) and the areas to be avoided (such as threaded holes for fastening screws), the type of material (single- or two-component), the application temperature, and the bead size.
Based on these elements, we can study a robotic solution to determine the size and number of robots, as well as the pumping and dosing equipment and the application nozzles.
If a continuous visual inspection system is required, it will be necessary to determine whether a 2D camera is sufficient to detect all defects, or whether a 3D camera should be proposed.