Electrical forklift MIMA MQZ-30 Lithium Ionen 48V/ 460Ah
- Stock
- 10GMI24008T750
- Mast
- Triplex
- Drive type
- Electric
- Lifting height
- 7,500 mm
- Forklift truck type
- 4-Way forklift
- Installation height
- 3,469 mm
- Make
- MIMA
- Motor
- Lithium Ionen 48V/ 460Ah
- Model
- MQZ-30
- Front tire
- Lifting capacity
- 3,000 kg
- Rear tire
- Construction date
- 2026 (New stacker)
Vehicle description
Grundausstattung, Sonderwünsche gegen Aufpreis
MIMA MQZ-30 multi-way forklift with 3.0 t load capacity
The MIMA MQZ-30 is a multi-way forklift with electric drive. The confirmed load capacity is 3.0 tons (3000 kg). The specified lifting height is 7.5 m (7500 mm).
The truck is equipped with a triplex mast. The total height of the vehicle is 3.469 m (3469 mm), which should be taken into account when planning gates, doors or transport dimensions.
Typical areas of application for this device class are the handling of long goods such as profiles, pipes and plate material as well as lateral travel movements in storage areas.
For which companies is the MIMA MQZ-30 suitable? The series is suitable for companies whose loads of up to 3 tons and required lifting heights of up to 7.5 m as well as the special requirements for lateral movements in the material flow match the confirmed key data.
Important selection criteria include the load weight, the dimensions of the loads, the required lifting range and the width of the traffic routes and storage aisles. Accessibility through gates and ceiling heights also play a role in the decision.
If you want to buy a MIMA MQZ-30 multi-way forklift, you should compare the specific design with the load weight, load dimensions, lifting height, aisle width and application profile.
Delivery is possible throughout Germany as well as to Austria and Switzerland. The specific delivery conditions will be coordinated for the respective offer.
Request the specific offer details for the MIMA MQZ-30. Please state the intended use, the load weight, the required lifting height and the existing aisle width.