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 ... Lesen Sie weiter
3-Inlet, 3-Outlet Rotary Joint Connector 200 RPM rotation speed with IP51 protection rating Product Overview This 3-in-3-out pneumatic rotary joint connector is a high-performance miniature pneumatic slip ring ... Lesen Sie weiter
10-Channel Pneumatic Slip Ring This 10-channel pneumatic rotary joint features M5 port size compatibility with 4-6mm air tubing, designed specifically for multi-channel vacuum applications requiring high... Lesen Sie weiter
6 In 6 Out Rotary Air Connector G3/8" Aluminum Alloy Housing For Robot Arm Product Attributes Attribute Value Number of channels 6 channels Inner diameter 18mm Outer diameter 86mm Height 164mm Housing Material ... Lesen Sie weiter
1-in, 8-out Rotary Joint with High-Strength Aluminum Alloy Housing This 1-in-8-out large-aperture rotary joint features a high-strength aluminum alloy housing with a 130mm extra-large inner bore. Designed for ... Lesen Sie weiter
12-in 12-out Rotary Air Slip Ring, Side Inlet Side Outlet, Aluminum Alloy Housing Product Overview This 12-inlet, 12-outlet rotary air slip ring is designed for complex equipment requiring multi-channel ... Lesen Sie weiter
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 ... Lesen Sie weiter
2-Channel Rotating Slip Ring with Aluminum Alloy Housing This 2-channel rotary water-transfer slip ring is a high-performance device designed for equipment requiring continuous rotary connection in water or gas ... Lesen Sie weiter
2-in 2-out High-Temperature Water-Cooled Slip Ring This 2-in/2-out high-temperature fluid rotary union is engineered for demanding temperature environments. Featuring a through-hole design with black aluminum ... Lesen Sie weiter