RAVAS ProLine 2560 EXi
Discover the RAVAS 2560 EXi, a high-precision, explosion-proof pallet truck with integrated scale and stainless steel fork shoes. Ideal when accuracy and safety are both priorities.
)
)
)
)
Safe and accurate
RAVAS ProLine 2560 EXi
The RAVAS ProLine 2560 EXi is an ATEX-certified (zone 1/21) pallet truck with integrated scales, specially designed for explosive environments. Thanks to an optimised chassis, this model offers exceptional weighing accuracy, ideal for applications where precision is crucial.
With stainless steel fork shoes, the ProLine 2560 EXi is resistant to corrosive substances, extreme temperatures and heavy loads. This makes it the perfect choice for the chemical and pharmaceutical industries, for processes such as filling, mixing and dosing. In addition, this model is optionally available with Wi-Fi connection for seamless integration into your workflow.
Customer story
Herberts Global Paint Products
Less waste, faster quality control and higher efficiency have resulted in significant time and cost savings at Herberts.
Thanks to the flexibility of the mobile weighing system, recipe changes can now be implemented without stopping the production process. In addition, the risk of contamination was minimised. This approach not only resulted in a more efficient production process, but also in significant cost savings and a drastic reduction in product loss.
Discover how these weighing solutions have raised their production standards to a higher level.
ATEX-certified
Explosion-proof pallet truck
In potentially explosive environments, such as the chemical, pharmaceutical and food industries, safety is crucial. Equipment in these zones must comply with strict ATEX (ATmosphères EXplosibles) guidelines to minimise the risk of explosion.
The RAVAS ProLine 2560 EXi has been specially developed for ATEX zone 1/21, where there is a risk of gas or dust explosions. Thanks to intrinsically safe components and spark-free technology, this weighing pallet truck guarantees maximum safety, without compromising on precision and ease of use.
