Our wheel loaders and excavators are built on high-tensile reinforced steel chassis, utilizing robotic precision welding. Each joint undergoes 10,000+ hour stress-cycle simulations to ensure that under maximum breakout force, the frame maintains zero structural fatigue.

The OXCPCD20 series features an advanced Liquid-Cooled Battery Management System (LC-BMS). This ensures that the 76.5V Lithium-ion cells operate within an optimal temperature window (20°C to 40°C), maintaining discharge stability even in sub-zero or high-heat (50°C) construction environments.

We integrate Load-Sensing Flow Distribution (LSFD) valves. Unlike constant-flow systems, our LSFD technology prioritizes oil flow to the most active hydraulic circuit, reducing cycle times by 12% and minimizing energy loss/heat buildup.

By transitioning to our All-Electric Lithium series, dealers can promise customers up to an 80% reduction in maintenance labor. With zero engine oils, filters, or belt replacements, the primary service interval is extended, significantly increasing the client’s machine uptime and profitability.

Oxplo maintains a Global Parts Hub strategy. We guarantee 95% availability for “Critical 1” components (pumps, motors, controllers). For our dealer partners, we provide 24-48 hour expedited air-shipping for urgent “Machine-Down” situations to ensure your customer projects never stall.

Absolutely. We offer modular powertrain configurations. Whether your market requires high-torque Yunnei/Xinchai engines for cost-efficiency or Stage V/EPA-certified engines for strict emission zones, Oxplo provides the technical compliance needed for legal entry into any global market.

It depends on your ground PSI requirements. L3 tires are ideal for general-purpose construction and soft soil due to their traction-to-speed ratio. However, for abrasive mining or rock-loading sites, we recommend Oxplo Reinforced L5 Deep-Tread tires for maximum puncture resistance and a 30% longer service life.

Before operation, perform a “BMS Wake-up” by connecting to a level-2 charger for at least 30 minutes. Check all high-voltage terminal seals for moisture ingress and ensure the digital dashboard shows a State of Health (SoH) above 90%.