Battery Technology: Equipment & Technologies

Enables precise coating and drying for battery electrode R&D using aqueous or solvent-based chemistries

Ensures uniform blending of active materials and binders into electrode slurry for consistent coating performance.

HIL systems for BMS development and validation

SIL systems for BMS development and validation

Tests worst-case failure conditions to evaluate how batteries respond to heat, pressure, or penetration.

Adhesive tapes & bonding solutions for EV battery cells, modules, and packs — bonding, sealing, insulation, and safety.

Evaluate the condition and safety of a battery to decide whether a battery should be reused, repaired, or recycled.

Protects and contains batteries during shipping using certified, fire-resistant packaging materials.

Equipment & materials used to safely prepare batteries for transport, in compliance with legal and safety regulations.

Safely discharge residual energy from batteries before transport, dismantling, or recycling.

Break down battery cells and packs into smaller fragments to expose internal materials.

Heats black mass or battery materials in inert atmosphere to remove binders and organics for material recovery.

Remove residual liquids and solvents from shredded battery material to prepare it for further processing.

Separates solids from metal-rich liquids after leaching in battery recycling for recovery and residue handling.

Separates graphite from black mass using air bubbles and reagents in a stirred tank.

Transfer materials safely and efficiently between processing stages within the facility.

Dissolve valuable metals from battery materials using chemical solutions for further recovery.