Schmidt Offset Coupling Mec Parallel Eccentriccoupling

• Customization: Available
• Standard Or Nonstandard: Nonstandard
• Structure: Coupling
• Model NO.: MEC parallel eccentric coupling
• Type: Rigid Coupling
• Brand: Azejia
• Material Quality: Gear
• Country of Origin: China
• Structure.: Stainless Steel
• Specification: 10*20*15
• Trademark: AZEJIA
• Origin: Wuxi, Jiangsu, China
• HS Code: 8483900090
• Production Capacity: 9999

Product Description

Schmidt Offset coupling 
The precision coupling for an extreme shaft offset in a small D.B.S.E. (distance between shaft ends) The Schmidt coupling offsets like no other coupling. Many engineers come across the familiar problem of shaft misalignments within driven shaft applications. In some cases the parallel offset of the shafts are above and beyond the capabilities of standard shaft couplings and can often result in punitive drive shaft length, or elaborate mechanical solutions to move driver and driven shafts in unison, to overcome the offset.

MEC parallel eccentric coupling is a high rigidity, maintenance free, and high-efficiency coupling suitable for connecting two parallel shafts, which can continuously withstand changes in radial deviation in static or rotating states.
The main features of MEC parallel couplings include:
High rigidity: capable of effectively transmitting torque and maintaining stable operation of mechanical systems.
Maintenance free: The design is simple, reducing maintenance requirements and lowering operating costs.
High efficiency: Due to its efficient energy conversion and transmission mechanism, it can improve the overall efficiency of the system.
Strong adaptability: able to work normally under continuous changes in radial deviation values within the design limit range, suitable for various working conditions.
MEC parallel couplings have a wide range of applications, including but not limited to:
Servo motors, screw rods, reducers, CNC machine tools, engraving machines, engraving and milling machines, and other mechanical fields have high requirements for precision and stability. MEC parallel couplings can meet these needs.
In addition, MEC parallel couplings are easy to install and debug, have a long working life, and have good load-bearing capacity and rigidity, making them suitable for various industrial environments and application scenarios. Due to its variable eccentric design, the installation and debugging process is simple, and the rotation is smooth without jamming, ensuring the efficient operation and long-term stability of the machinery