Handling equipment company
Release time:
2026-01-22
Summary
Standard Equipments
| Powerful engine | machanical joystick |
| Pallet fork | USB/radio/Mirror/Fan/fire extinguisher/hand brake |
| Automatic with torque Converter | Adjustable steel wheel/seat |
| Tires/gearbox | Review Camera |
Specifications
| Model | Unit | TFR50 |
| Name | Rough Terrain Forklift | |
| Capacity Weight | Kg | 5000 |
| Load center distance | mm | 500 |
| Lifting height | mm | 3000 |
| Gantry inclination (forward/backward) | o | (6)(12) |
| maximum travel speed | Km/h | 30 |
| load grade | o | 30 |
| Machine Weight | Kg | 7300 |
| Wheel Tread | mm | 3600 |
| Wheel base | mm | 2480 |
| Dimensions (length x width x height) | mm | 4270*2070*3000 |
| Full load lifting speed | mm/s | 390 |
| Minimum turning radius | mm | 4500 |
| Minimum ground clearance | mm | 280 |
| Engine | Model | Cummins | |
| Manufacturer | |||
| Model | Four-cylinder, in-line, four-stroke, water-cooled | ||
| Rated power/speed | Kw/r/min | 75/2400 | |
| Battery | Voltage | V | 24 |
| Capacity | Ah | 80 | |
| Frame | Hyun-joined frame | Fixed front axle | Rear axle swing |
| Transmission | Dedicated torque converter gearbox | ||
| Work system | Mechanical joystick Operating System | ||
| Drive axle | Special wheel side reduction axle | Four-wheel drive | Pneumatic caliper brake |
| Steering system | Full hydraulic steering | Steering angle | 35degree |
| Tire model | Front 16/70-20 Steel tire | Rear 16/70-20 Steel tire | |
| Cabin | Closed cab with audio system, fan/open cab | ||
The efficiency and safety of modern industrial, warehouse, and logistical operations are fundamentally supported by specialized machinery designed to move, lift, and manage materials. This category of machinery, broadly classified as handling equipment, forms the backbone of supply chains and production facilities worldwide. From the loading dock to the assembly line, the appropriate application of handling equipment such as forklifts, conveyors, pallet jacks, and automated guided vehicles (AGVs) streamlines workflows that would otherwise be labor-intensive and time-consuming. By mechanizing the movement of raw materials, components, and finished goods, this equipment directly translates into enhanced operational throughput and foundational productivity gains.
A paramount advantage of utilizing advanced handling equipment is the significant improvement in workplace safety. Manual handling of heavy, bulky, or hazardous materials poses considerable risks, including musculoskeletal injuries, strains, and accidents. Modern handling equipment is engineered to assume these physical burdens, incorporating features like stability controls, ergonomic operator interfaces, and safety sensors. For instance, forklifts with load moment indicators help prevent tip-overs, while conveyor systems eliminate the need for workers to carry items over long distances. This mechanization creates a safer work environment, reduces the incidence of workplace injuries, and helps organizations comply with stringent occupational health and safety regulations.
The impact of sophisticated handling equipment on precision and inventory management is profound. In environments like distribution centers or manufacturing plants, accuracy in moving items to specific locations is critical. Automated storage and retrieval systems (AS/RS) and intelligent AGVs exemplify how modern handling equipment can integrate with warehouse management software to achieve high levels of precision. This integration minimizes human error in order picking, storage, and sorting, leading to improved inventory accuracy, reduced loss, and faster order fulfillment cycles. The result is a more reliable operation that can effectively meet the demands of just-in-time production and rapid e-commerce delivery expectations.
From an economic perspective, the strategic deployment of reliable handling equipment contributes to substantial long-term cost efficiency. While the initial capital investment can be notable, the returns are realized through multiple channels: reduced labor costs associated with manual material movement, decreased product damage due to careful mechanical handling, lower insurance premiums linked to a safer workplace, and minimized downtime from efficient operations. Furthermore, energy-efficient electric models of such equipment can lower operational energy costs compared to traditional internal combustion alternatives. The durability and longevity of well-maintained handling equipment ensure that these cost benefits are sustained over many years of service.
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