Industrial OCS Electronic Crane Scale China Factory and Suppliers
The OCS Series Electronic Crane Scale is a high-precision weighing solution designed for heavy-duty industrial lifting. Engineered for versatility and safety, this system integrates advanced sensor technology with wireless capabilities, allowing operators to monitor weights from a safe distance via remote control and optional handheld displays. Whether used in warehouses, construction sites, or manufacturing plants, the OCS scale ensures precise load management and operational efficiency.
Backed by 21 years of expertise in the lifting equipment manufacturing industry, our crane scales are built to withstand the most demanding environments. Featuring a robust aluminum alloy anti-collision shell and high-grade forged hooks, these scales prioritize durability and worker safety. With multiple capacity options ranging from 1,000kg to 30,000kg, the OCS series provides a scalable weighing solution for any industrial lifting requirement.
| Model Range | OCS-1 to OCS-30 | Max Capacity | 1,000kg - 30,000kg |
|---|---|---|---|
| Battery Type | Lithium Iron Phosphate (LiFePO4) | Accuracy Range | 0.5kg - 5kg (Model Dependent) |
| Unit Weight | 7.2kg - 110kg | Shell Material | Aluminum Alloy Anti-collision |
| Display Type | HD LCD (Red/Green Colors) | Control Method | Wireless Remote Control |
| Accessories | Optional Handheld Display/Printer | Hook Type | Industrial Forged Hook |
Equipped with forged hooks, thick hanging rings, and an aluminum alloy shell for maximum corrosion resistance and long service life.
Utilizes high-quality LiFePO4 batteries for low energy consumption, longer standby times, and significantly faster charging.
Upgraded high-precision sensors deliver rapid response, exceptional stability, and pinpoint weighing accuracy for all capacities.
Large screen LCD with red and green color options ensures clear readability in both bright outdoor and dim indoor environments.
Supports remote measurement via wireless handheld displays, keeping operators safe by removing the need to be near the load.
Optional wireless handheld printers allow for immediate receipt printing and digital record-keeping of weighments.
Comprehensive range from 1T to 30T to suit various lifting needs across diverse industries.
Rapid sensing technology ensures stability and accuracy during dynamic lifting operations.
Remote wireless operation reduces personnel risk and enhances site safety management.
Advanced LiFePO4 technology optimizes power usage for continuous industrial shifts.
Aluminum alloy casing protects internal components from impacts and environmental wear.
Seamless integration with handheld printers for streamlined logistics and inventory tracking.
| Performance Metric | Standard Scale | OCS Electronic Scale |
|---|---|---|
| Operational Safety | Manual Reading | Wireless Remote Reading |
| Battery Maintenance | Frequent Charging | Long-life LiFePO4 System |
| Housing Durability | Standard Steel | Anti-collision Aluminum Alloy |
| Data Recording | Manual Log | Optional Instant Printing |
| Weight Response | Slow/Lagging | High-Precision Rapid Sensing |
The OCS series offers a wide range of capacities to meet different industrial needs, starting from 1,000kg (OCS-1) up to 30,000kg (OCS-30).
Wireless control allows operators to read weight data from a distance, significantly improving safety by keeping personnel away from heavy suspended loads.
We use Lithium Iron Phosphate (LiFePO4) batteries, which are known for lower energy consumption, longer standby times, and faster charging cycles compared to standard batteries.
Yes, the OCS scale features an aluminum alloy anti-collision shell for corrosion resistance and an HD LCD screen designed for clear visibility both indoors and outdoors.
Yes, optional wireless handheld printers and displays can be equipped with the scale to support remote measurement and the immediate printing of weighing receipts.
The OCS scale is manufactured with high-strength forged hooks and thick hanging rings, ensuring maximum durability and security during heavy-duty hoisting operations.
