In the large-scale injection molding manufacturing industry, the handling and transfer of molds are key links in the overall production process. Traditional handling methods are not only inefficient but also pose safety hazards. Our 10 Ton Industrial Injection Mold Transfer Cart, with its excellent load-bearing capacity, stable operating performance, and simplified operation design, is an ideal choice for modern manufacturing plants to improve efficiency and reduce costs.
1. Stable and Reliable
Designed for heavy-duty molds, it has a load capacity of up to 20 tons. It adopts a high-strength steel structure and precision welding technology to ensure that the body does not deform or tilt under heavy loads. Equipped with anti-slip rubber wheels or polyurethane wheels, it not only protects the floor but also provides excellent grip to avoid sliding risks.
2. Flexible Control Design
This industrial transfer cart features a trackless design, allowing it to move freely in limited spaces and position molds accurately. It can be operated by a single person, significantly reducing labor and time costs.
3. Safety Protection Functions
With multiple safety designs, including anti-collision buffer columns, emergency brakes, scanning radars, and overload protection, it effectively prevents risks of accidental collisions or overloads.
4. Low Maintenance Cost
The overall compact panel design facilitates later maintenance and troubleshooting. Key components can be quickly replaced, reducing long-term usage costs.
Product Purchase Guide
1. Confirm Load Tonnage and Size Requirements
We need to confirm the maximum weight of the mold and preferably choose a model with a load capacity slightly higher than the actual load. According to the specific size of the mold, ensure compatibility with the transfer cart'stable to avoid tilting risks.
2. Focus on Safe and Stable Design
When selecting suppliers, ensure comprehensive safety performance. If possible, conduct on-site inspections of anti-slip devices and safety protections (emergency stop buttons, overload alarms, autonomous obstacle avoidance, etc.). In heavy-load environments, using a hydraulic system can ensure smooth operation.
3. Consider Environmental Adaptability
For ordinary flat ground, polyurethane wear-resistant wheels can be selected; for slightly rough ground, opt for wear-resistant rubber wheels as much as possible. If space is limited, choose a compact design to ensure the mold transfer cart's turning flexibility.
4. Supplier Selection
It is recommended to choose an industry-trade integrated manufacturer, which can promptly respond to and feedback on any subsequent needs, effectively reducing economic losses caused by equipment maintenance and troubleshooting.
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