The Multipass Machines are a multifunctional system designed to optimize surface finishing processes. Their main advantage is the ability to combine multiple operations—such as deburring, polishing, and brightening—into a single continuous cycle. This integration not only improves the final quality of the parts but also dramatically increases production line productivity and efficiency.
This high-technology system significantly reduces operating costs and cycle time. By consolidating several finishing stages into one machine, part handling is minimized and resources are optimized, achieving substantial savings. Its innovative design makes it a key investment for companies seeking an integrated and efficient solution to enhance competitiveness.
Multi-Pass systems provide exceptional uniformity. Parts spend the same amount of time and travel the same distance in each cycle, ensuring a level of consistency that conventional vibratory systems cannot achieve.
Thanks to the channel design, parts maintain a defined sequence and move precisely throughout the cycle. There is minimal part-to-part friction. If desired, a Multi-Pass system can be designed to allow controlled part-to-part contact.
Due to its design, energy consumption is lower than traditional vibratory finishing. There is also increased working capacity per cubic meter. The polyurethane lining is extremely durable.
It is easy to achieve continuous upstream and downstream integration with Multi-Pass thanks to its unique channel design. Parts can be continuously fed and discharged, eliminating downtime during loading and unloading.
Different finishing processes can be combined, including cleaning, polishing, deburring, brightening, drying, and washing. Capable of processing ferrous and non-ferrous metals, plastics, wood, and ceramics. Ideal for parts that must move seamlessly between processes. Available in a wide range of capacities and especially suitable for smaller operations where process integration is critical.
Multi-Pass systems are highly recommended for automated processes, particularly following stamping, machining, molding, or casting operations.
Ideal for JIT production environments, significantly reducing material handling, space requirements, and inventory costs.
By combining multiple processes in a single machine, companies save on purchasing separate machines for each operation. One multifunctional unit occupies less floor space and consumes less energy than multiple standalone machines. The channel design also requires less media.