NOCO GBX155 Magnetic Charger Plate - STS Auto Design

The STS Auto Design NOGBX155 Magnetic Charger Plate offers a robust and practical mounting solution specifically designed for the NOCO GBX155 jump starter. Engineered for demanding professional automotive and industrial environments, this accessory ensures your valuable jump starter remains secure, easily accessible, and optimally positioned, enhancing workflow efficiency in any workspace.

Key Features

• Secure Magnetic Attachment: Equipped with powerful magnets, this plate firmly secures the NOCO GBX155 jump starter to any ferrous metal surface, preventing accidental dislodgement during strenuous workshop activities.
• Durable, Professional-Grade Construction: Manufactured from high-quality materials, the NOGBX155 is built to withstand the rigors of daily use in busy garages, service bays, and industrial settings.
• Optimized Accessibility: By providing a dedicated and easily reachable mounting point, the plate ensures your NOCO GBX155 is always at hand for immediate deployment, reducing downtime during critical operations.
• Enhanced Workspace Organization: This solution helps maintain a clean and organized workspace by keeping the jump starter off benches and floors, minimizing clutter and potential tripping hazards.
• Precise Fit Design: STS Auto Design ensures a perfect fit for the NOCO GBX155, guaranteeing stable and reliable performance tailored for professional technicians.

Applications

This magnetic charger plate is an essential accessory for professional mechanics in automotive repair shops, technicians in industrial maintenance facilities, and any expert utilizing a NOCO GBX155 jump starter in a workshop or field service capacity. It allows for convenient mounting on toolboxes, vehicle lift posts, metal shelving, or heavy machinery, ensuring the jump starter is readily available for battery boosts, diagnostics, or charging tasks. Its design also contributes to the longevity of the jump starter by protecting it from potential damage often encountered when units are stored improperly.