XL battery tray for electric commercial vehicles
In this video, we show the CNC machining of a large-format battery tray for electric commercial vehicles on an SP2 with pallet changer.
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Challenges in battery tray machining
For stable and precise machining results, the machine, clamping device, tool and process must be precisely coordinated.
Typical requirements in production are
- Challenging clamping technology: Complex geometries, tight tolerances and thin-walled structures require a precise clamping concept with optimally coordinated clamping forces, effective vibration damping and minimal component deformation.
- Exact fitting dimensions for the assembly of adjacent components
- Precise sealing surfaces for reliable sealing of the battery pack
- Defined surface structures to optimize heat dissipation and assembly
- High process reliability & repeat accuracy for consistent quality in series production.
Flexible clamping concepts
For different trough and component geometries - stable, repeatable and without time-consuming retooling.
Maximum flexibility for your ramp-up curve
Single-spindle and twin-spindle solutions for different quantities, ramp-up phases and productivity requirements.
Fitting dimensions and precision
Precise machining for tight tolerances, exact fitting dimensions and reliable sealing surfaces in series production.
Individual process design
Technical analysis, machine concept and cycle time analysis tailored to your component.
Machining centers for battery trays
ANGER offers various machine concepts for the machining of battery trays for e-mobility, tailored to component size, quantity, scope of machining and degree of automation.
