Martinswerk - Extensive Factory Acceptance Test (FAT)

When it comes to the safe and efficient filling of food, chemicals or petrochemicals, you’re in good hands: We have the right technical solutions for you. Whether it’s integrating into existing systems or installing fully automated, full-line solutions for powder, liquid or solid materials, we design systems that meet your specific requirements. Use our innovative solutions to maximize your production efficiency and be successful. You’ll also benefit on an international scale from our network of service subsidiaries and sales partners around the globe. Our ISO 9001:2015-certified project management process ensures that our projects are executed on schedule and with maximum transparency.

On-site appointment at the Greif Velox factory in Lübeck. In the future, our customer will use the VeloVac vacuum packer from Greif-Velox for the bagging of fine powdery substances. For him, this means dust-free, efficient and absolutely clean bagging of his chemical products. We are on board.

High performance, high flexibility, high reliability: Greif-Velox bagging and filling systems and KUKA industrial robots are simply a perfect match. This is why Greif-Velox continues to use the reliable components of its partner from Augsburg, Germany, for its full-line systems for robot palletising. The system partner contract is proof of the many years of successful co-operation and has now been extended by both partners.

Successful Factory Acceptance Test (FAT) with Birla Carbon Italy Srl: Our customer, one of the world’s largest manufacturers of high-quality carbon black, now relies on fully automated bagging and palletising with a VeloVac Full Line system from Greif-Velox. For him, this means: dust-free, efficient and absolutely clean bagging with a three-spout vacuum packer including an automatic empty bag applicator Valvomat and the reliable ultrasonic sealing unit ValvoSeal. The customer is thrilled. Us too.

Messy and difficult to handle – but crucial for industry: Ultra-light powders. The solution is the vacuum pump packer from Greif-Velox. Ultra-light powders like carbon black, polyethylene fibres, color pigments and silica are a necessity for the production of manufactured goods such as lithium-ion batteries and rotor blades of wind turbines that sustainably advance future industries such as e-mobility and renewable energies. But they’re a huge pain for manufacturers – they’re messy, a potential workplace hazard and too expensive to waste. The market-leading and innovative VeloVac vacuum packers from Greif-Velox ensure dust-free, clean and safe bagging of these difficult-to-handle products. Ultra-light Powders: small size, big outcome They have particle sizes of less than 200 microns and a bulk density of less than 350 grams per liter, but they represent a major advance in the industry: ultralight powders. * Carbon Black in its various forms is an essential component of, for example, car tires, anti-corrosion coatings and lithium-ion batteries, making it a key driver of global progress in

The VeloVac-XL vacuum system from Greif-Velox offers virtually dust-free and compact bagging of ultra-light powders thanks to an innovative technology: a completely closed vacuum chamber. Until now, ultra-light powders such as carbon black or pyrogenic silica were particularly difficult to bag safely and compactly in FIBCs (”BigBags”) due to their nature. Maschinenfabrik Greif-Velox now offers a unique solution with the vacuum technology of the VeloVac XL: It ensures clean, fast and compact bagging, which minimises logistics and transport costs as well as product loss and increases work safety. At the same time, the use of the larger containers ensures economic and ecological advantages. Innovative vacuum technology The VeloVac-XL vacuum system from Greif-Velox offers virtually dust-free and compact bagging of ultra-light powders thanks to an innovative technology: The powders with particle sizes of less than 200 micrometres and a bulk density of 10 to 450 grams per litre are filled in a completely closed vacuum chamber. In contrast to pump packer systems, an atmospheric vacuum is generated in this chamber, which sucks the product directly into