The Lift-Off Side Mesh Box Truck BMC102 is designed to facilitate efficient material handling in industrial and commercial settings. Its robust construction and removable side panels provide both durability and flexibility, making it ideal for transporting and storing various items with ease.
Constructed with a 12-gauge steel bottom shelf and 3/4" expanded metal sides, this box truck ensures durability and strength. The mesh design allows for high visibility and airflow, while the lift-off side panels enable easy loading and unloading. All-welded construction, excluding bolt-on casters, enhances its structural integrity.
Specification | Details |
---|---|
Model | BMC102 |
Shelf Size | 915mm x 610mm (36" x 24") |
Capacity | 2000 lbs (907 kg) |
Overall Height | 889mm (35") |
Box Depth | 610mm (24") interior height |
Casters | 6" x 2" polyurethane (two swivel, two rigid) |
Weight | Approximately 49 kg (109 lbs) |
The BMC102 offers reliable performance in various material handling applications. Its sturdy build ensures it can handle heavy loads, while the mesh design provides visibility and ventilation. The lift-off side panels facilitate easy access, enhancing usability. The polyurethane casters ensure smooth and quiet movement across different floor surfaces, improving user experience.
Q: What materials are used in the construction of the BMC102?
A: The BMC102 features a 12-gauge steel bottom shelf and 3/4" expanded metal sides, offering durability and resilience.
Q: How do the lift-off side panels benefit the user?
A: The lift-off side panels allow for convenient access, making loading and unloading of items more efficient.
Q: What is the load capacity of the BMC102?
A: It can support up to 2000 lbs (907 kg) of evenly distributed weight.
Q: Are the casters suitable for different floor types?
A: Yes, the 6" x 2" polyurethane casters are non-marking, easy-rolling, and suitable for various floor conditions.
Q: Is the box truck pre-assembled upon delivery?
A: The BMC102 features all-welded construction with bolt-on casters, ensuring minimal assembly is required upon delivery.