Advanced EV Chassis Solutions for Eco-Friendly Vehicles
Looking for a durable and reliable EV chassis for your vehicle?
At Mercury EV Tech, we provide innovative solutions for high-performance vehicle chassis designed for electric mobility. Our cutting-edge chassis production process ensures unparalleled quality, making Mercury EV Chassis the foundation of eco-friendly and high-performance vehicles.
Built with precision, advanced technology, and sustainable materials, our chassis guarantees durability, safety, and environmental responsibility, setting the standard for the EV industry.
| Durability | High-strength materials ensure long-lasting performance. |
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| Safety | Superior chassis design guarantees safety in all conditions. |
| Efficiency | Lightweight yet strong to improve vehicle efficiency. |
| Eco-friendly | Manufactured using sustainable methods. |
| Precision Cutting and Shaping | We utilize CNC machines for accurate and intricate cutting and shaping of the chassis components. We include 1.5 kw,2kw, and 3kw machine in our plant |
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| Forming and Bending | We maintain quality and accurate bending of pipe for the chassis.Welding – Our robots ensure precise and efficient welding, maintaining the structural integrity of the chassis. |
| Hydraulic Press | We efficiently form and bend the chassis materials into the desired shapes. We have power press in various varieties like 500 ton, 400ton, 150 ton and 50 ton. |
| Spot Welding | Our Robot Spot Welding Machine meticulously crafts a flawlessly welded chassis. |
| Lathe Machine | Precision machining as our cutting-edge Lathe Machine transforms raw materials into finely crafted components. |
| Arc Welding | Our Arc Welding Machine effortlessly fuses materials, setting a new standard for precise and efficient manufacturing of chassis. |
| Mig Welding | Our MIG Welding Machine seamlessly joins metals |
Mercury EV Chassis is a state-of-the-art solution for electric vehicles, offering exceptional durability, performance, and eco-friendliness. Designed for modern EVs, it supports medium to heavy loads and ensures safety, efficiency, and sustainability for urban mobility solutions.
