Multi Axis CNC Milling Precision CNC Machined Battery Module Carrier Plate

Syris Precision CNC Machined Battery Module Carrier Plate

Syris precision-manufactures this large-format aluminum carrier plate using multi-axis CNC machining, featuring integrated raised mounting islands and fin-textured surface zones engineered for structural support and thermal contact with battery cells or power electronics modules.

Key Features:

• Raised Mounting Islands: Multiple precision-milled elevated pads and fin-patterned bosses distributed across the plate, providing accurate seating surfaces and standoff heights for individual battery cells, modules, or component mounting.
• Fin-Textured Surface Zones: Machined parallel ridge patterns across large sections of the plate, increasing surface area for thermal dissipation while adding structural stiffness to broad, thin sections.
• Integrated Frame Cutouts: Precisely milled window openings and bridge-style structural spans, reducing overall weight while maintaining load-bearing rigidity across the plate.
• Dense Perimeter Hole Pattern: Extensive array of accurately drilled mounting and dowel holes along all edges, supporting secure multi-point attachment to an enclosure, frame, or cover assembly.
• Lower Support Frame Section: Reinforced open-frame base section with a flat mounting ledge, providing additional structural support and clearance for wiring, busbars, or connector routing.
• Fine Machined Surface Finish: Bright, consistent surface finish across all raised and textured zones, reflecting tight process control and dimensional accuracy.

Manufacturing Capabilities Demonstrated:

• Large-format multi-axis CNC milling with multiple varying feature heights
• Precision raised-boss and fin-texture machining
• Structural cutout and bridge-span milling
• Dense, accurately located hole drilling
• Support for large, thin-panel dimensional stability

Applications:
Ideal for EV battery pack module carriers, power electronics base plates, energy storage system structural trays, or large-format thermal/structural panels requiring precise multi-zone mounting integration.