Hydraulic multi-coupling plates significantly improve efficiency and productivity by connecting or disconnecting multiple lines at once, with one single motion. Stucchi offers multi-coupler plates which are proven to reduce equipment downtime in many applications such as industrial machinery and equipment, injection molding, mining and drilling machinery, construction equipment, refrigeration equipment and many other processes.

Our multi-coupling plate solutions allow you to quick connect and disconnect large diameter lines or multiple lines with one simple movement. We offer a wide product line to quick connect or disconnect anywhere from 2 to 10 or even 18 lines of the same diameter at once.
Multi-coupler plates significantly improve efficiency, productivity, equipment performance and worker safety. Multi-coupling plates eliminate the chance of crossing lines and ensure quick couplers are fully connected with an auto locking sleeves providing secondary retention.

Stucchi offers a wide selection of multi-coupling plates, one position plates and replacement couplers. Contact us to learn more and for personal assistance in selecting the right quick coupling solution for your process.

Multicouplings Provide Safe and Efficient Use of Drills and Excavators

Operators of drilling, excavating and Earth moving machinery require high performance, efficient equipment which provides safety to workers. These two objectives are linked together as maintaining your equipment for efficient performance also prevents malfunctions and harmful accidents. In industry sectors such as Earth moving and Oil and Gas, safety takes …

Achieve SMED Goals with Multi-Hydraulic Line Coupler Plates

Manufacturers and especially automotive suppliers are continually looking for ways to improve their productivity with hydraulic line couplers while maintaining quality processes. Quick changeovers are one way to improve cycle times to meet production requirements. Suppliers implementing single minute exchange of dies, SMED, processes aim to switch dies between production …