TJTENG
Detailed Description
The TJ Outer Ring Cross-section & Length Measuring Instrument is a dedicated measuring device designed to precisely measure the cross-sectional position and overall length of the outer ring of a Tripod Joint (TJ) used in Constant Velocity (CV) Joints.
The cross-sectional position and overall length of the TJ outer ring are key control dimensions that affect the assembly state and positional relationships between parts, requiring stable management during the production process.
This instrument is designed to utilize a dedicated mounting and positioning structure tailored to the shape of the TJ outer ring. Once the product is set to a specific reference position, the cross-sectional position and overall length dimensions can be measured using a dial gauge or indicator.
It can be used by establishing reference values using a master or reference product and comparing them to the measurements of mass-produced items. This reduces operator measurement deviation and enhances the stability of repetitive measurements.
Since cross-sectional and overall length dimensions can be efficiently inspected using a single dedicated measuring instrument, it is advantageous for simplifying inspection processes in the production field and shortening measurement time. It can be designed and manufactured to custom specifications tailored to customer requirements, depending on the outer ring size, reference plane, measurement position, measurement range, and tolerance conditions.
This product applies the latest technology to provide high precision and reliability. It delivers stable performance even under demanding measurement conditions required in industrial environments, and features a user-friendly interface that anyone can easily use.
Key Features
- 1. Dedicated Measurement Structure for TJ Outer Rings
- Stable measurement is possible by applying a dedicated mounting and positioning structure tailored to the shape of the TJ (Tripod Joint) outer ring.
- 2. Cross-sectional Position Measurement
- The cross-sectional position and height deviation of the TJ outer ring can be precisely verified based on a designated reference plane.
- 3. Overall Length Measurement
- The deviation of the overall length from the design standard can be checked by measuring the total length from the product's reference position.
- 4. Combined Cross-sectional and Overall Length Measurement
- The efficiency of the inspection process can be enhanced by inspecting both cross-sectional and overall length dimensions simultaneously within a single measurement system.
- 5. Application of Comparative Measurement Method
- Dimensional deviations of mass-produced products can be measured by comparison after setting reference values using a master or reference product.
- 6. High Repeatability
- Stable measurement results can be secured during repeated inspections by maintaining a consistent mounting position of the product through a dedicated positioning structure.
- 7. Minimization of Operator Measurement Deviation
- Measurement deviations caused by operator skill levels can be reduced by fixing the measurement reference and position using a dedicated structure. 8. Rapid Production Process Inspection
- Measurement values can be checked immediately via a dial gauge or indicator after product mounting, making it suitable for process inspection on the production line.
- 9. TJ Outer Ring Machining Quality Management
- By managing cross-sectional position and overall length dimensions, the machining precision of the outer ring and dimensional deviations between products can be effectively verified.
- 10. Custom Design Available for Specific Products
- It can be designed and manufactured as a dedicated measuring instrument based on the outer ring size, reference plane, measurement position, measurement range, tolerances, and the customer's inspection standards.
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