Application Case of Timing Belt with Dual Rows Fixed Pitch Cleats in Automated Lithium-ion Battery Testing Production Line
In mass production, integrated lithium-ion battery cell testing equipment demands extremely high standards for the limiting accuracy, cleanliness, and durability of the conveyor belt. Conventional stopper timing belts suffer from issues such as misaligned cell transport, frequent equipment downtime for component replacement, and dust-induced cell defects. This specially customized dual rows stopper timing belt specifically addresses these problems, significantly reducing overall production costs and increasing production line capacity. The product offers precise and stable positioning, utilizes clean and wear-resistant special materials, and provides a highly reliable transmission and conveying solution for automated production lines of new energy lithium-ion batteries.
Each cell must stop to photograph and measure its dimensions, voltage, and internal resistance after each increment, requiring the cell to remain perfectly aligned without lateral or forward/backward slippage. Ordinary single-stopper or stopless belts can cause cell misalignment, significantly increasing visual errors. Double-row equidistant blocks form a standard cell slot, ensuring the cell is perfectly centered and accurately positioned. Visual imaging shows no deviation, completely eliminating data distortion and cell misjudgment/rejection caused by positioning errors. This guarantees cell testing accuracy and product yield from the source of delivery.
Barbieri Custom-designed Timing Belt with Dual Rows Fixed Pitch Cleats (Timing belt with dual rows of cleats) uses a symmetrical double-row structure to lock the cell in place. The dust-free polyurethane substrate prevents wear and powder shedding, meeting the standards for lithium battery cleanroom use. The blocks and PU timing belt are heat-pressed together using specialized equipment for a very strong bond, eliminating the risk of adhesive detachment and avoiding the problems of aging, delamination, and fragmentation associated with traditional adhesive bonding processes.
Timing Belt with Dual Rows Fixed Pitch Cleats uses a high-performance polyurethane base material and an embedded high-strength steel wire tensile core layer. It has outstanding wear resistance and aging resistance. Under long-term reciprocating conveying conditions, the belt body is not easily deformed or loosened, effectively extending its service life and reducing the frequency of production line downtime for maintenance and parts replacement. It provides a high-precision, high-cleanliness, and high-efficiency stable conveying solution for lithium battery automated production lines.
