Product is perfect, and the seller is very professionnal. Thanks
—— French customer
This conductive slip ring is awesome! Easy to install, excellent electrical conductivity, and stable operation. High cost performance, good service, tight packaging, very satisfied! Recommended to buy!
5000rpm High Speed Slip Rings These high-speed slip rings are engineered for centrifugal separation equipment, aircraft engine testing, and high-end medical applications, delivering reliable performance at ... Read More
2-Channel High-Speed Pneumatic Slip Ring Flange design, 600 RPM high-speed operation for demanding industrial applications Product Overview This 2-channel high-speed pneumatic slip ring features a high-strength ... Read More
2 In 2 Out Stainless Steel Gas Slip Ring End Face Inlet and Outlet Product Overview This stainless steel pneumatic slip ring features a durable stainless steel housing with 2 inlet and 2 outlet air paths. ... Read More
25.4mm Center Hole Flange Type High Speed Electric Rotary Joint - 10,000 RPM Ultra High Speed Speed 0-10,000 RPM Rated Voltage 0-380VAC/VDC Inner Diameter 25.4mm Outer Diameter 86mm Installation Flange ... Read More
1 Inlet 35 Outlet Rotary Air Slip Ring 70mm Center Hole Design Product Overview This high-performance pneumatic distribution solution features a 1-inlet, 35-outlet hollow rotary air slip ring with a center-hole ... Read More
25A Current Liquid Conductive Rotary Joint with 316L Stainless Steel Shell (1800rpm High Speed) Product Overview The A1M2S liquid conductive rotary joint features a durable 316L stainless steel shell with a ... Read More
6 In 6 Out Gas Rotary Union OD 38mm 6 Channels High Speed 300RPM Product Specifications Attribute Value Number of channels 6 channels Inner diameter 5 mm Outer diameter 38 mm Height 76 mm Housing Material ... Read More
8 In 8 Out Gas Rotary Union - 8 Channels, 300RPM Speed, Wear-Resistant for Automation Equipment Product Specifications Attribute Value Number of channels 8 channels Inner diameter 8 mm Outer diameter 56 mm ... Read More