Floating Joints Tapped
Brand :
MISUMI
Caution
Product Description
Product Overview of Floating Joints
A connector with one end connected to Floating Joints in male threaded cylinder piston rod. Mainly used to absorb the lateral misalignment between Floating Joints piston rod and the driven workpiece.
Product Feature of Floating Joints
Feature 1: Miniaturized Floating Joints design, used in conjunction with the economy series holder assembly, reducing the connection length by more than 20%.
Feature 2: Floating Joints can reduce the requirements on installation accuracy (coaxiality) between Floating Joints and the driven workpiece.
Feature 3: Even if the coaxiality between Floating Joints and the driven workpiece is not high, it will not lead to decrease in the output thrust of Floating Joints.
Feature 4: Hard chrome-plated surface treatment Floating Joints with excellent abrasion resistance, ensuring anti-rust and abrasion-resistant performance.
Feature 2: Floating Joints can reduce the requirements on installation accuracy (coaxiality) between Floating Joints and the driven workpiece.
Feature 3: Even if the coaxiality between Floating Joints and the driven workpiece is not high, it will not lead to decrease in the output thrust of Floating Joints.
Feature 4: Hard chrome-plated surface treatment Floating Joints with excellent abrasion resistance, ensuring anti-rust and abrasion-resistant performance.
Dimensional Drawing of Floating Joints
Specifications Overview of Floating Joints
| Type of Floating Joints |  Material Floating Joints |  Surface Treatment |  Surface Hardness |
| C-FJR | Equivalent to SUM material | Hard Chrome Plated | 750HV to |
| Part Number | T | D | L | h | B | (C) | |
 Type |  M-Pitch | ||||||
| C-FJR | 4-0.7 | 3 | 7 | 5 | 3 | 10 | 11.5 |
| 5-0.8 | 3 | 8 | 6 | 3 | 12 | 13.9 | |
| 6-1.0 | 4 | 10 | 7 | 4 | 14 | 16.2 | |
| 8-1.25 | 4 | 13 | 8 | 4 | 17 | 19.6 | |
| 10-1.25 | 5 | 16 | 8 | 4 | 21 | 24.2 | |
Usage Method of Floating Joints
■ Mounting method of Floating Joints
1. Connect the female threaded end of the floating joint to the male threaded cylinder piston rod.
2. Mate the slot of the floating joint to the joint holder or sheet metal fixing assembly.
3. Mount the joint holder or sheet metal fixing assembly on the workpiece.
■ Function of Floating Joints
When connecting Floating Joints and the driven workpiece, it can absorb the lateral misalignment between Floating Joints piston rod and the driven workpiece.
1. Connect the female threaded end of the floating joint to the male threaded cylinder piston rod.
2. Mate the slot of the floating joint to the joint holder or sheet metal fixing assembly.
3. Mount the joint holder or sheet metal fixing assembly on the workpiece.
■ Function of Floating Joints
When connecting Floating Joints and the driven workpiece, it can absorb the lateral misalignment between Floating Joints piston rod and the driven workpiece.
Example Use of Floating Joints
■ Mechanism name
Cylinder Linear Motion Mechanism
■ Mechanism function
Driven by cylinder to make the table slide.
■ Function of Floating Joints
Absorb the lateral misalignment between Floating Joints piston rod and the driven workpiecewhile connecting Floating Joints and the driven workpiece.
Cylinder Linear Motion Mechanism
■ Mechanism function
Driven by cylinder to make the table slide.
■ Function of Floating Joints
Absorb the lateral misalignment between Floating Joints piston rod and the driven workpiecewhile connecting Floating Joints and the driven workpiece.
Application Industries of Floating Joints
| Smart phone | Electronic & Electrical Appliances | Lithium battery | ||
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| Automotive | Robotics | Medical | ||
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Related Products of Floating Joints
| Bearing Housing Assembly Single Bearing Type with Retaining Ring | Shaft Supports T Shape Slit | Post Clamp |
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| Typical model: BGRAB6000ZZ | Typical model: SHSTM8-25 | Typical model: KDST20 |