
Locating Positioning
ADJUSTING BOLTS
Used to modify or adjust position in a structure or system. It functions as a clamping element that allows the setup and maintenance of the correct alignment of parts in an assembly or assembly.
Applications
Adjusting pins are used in a variety of industrial sectors that employ automation in their processes:
- Food: Used in food processing and packaging equipment, such as filling machines, mixers, cutters and conveying systems. Used for the adjustment and fastening of components, ensuring precise and safe movement and operation.
- Electronics: In the manufacture of electronic products, such as mobile devices, computers, communication equipment and electronic components, adjustment pins are used for the assembly and adjustment of printed circuit boards, heat sinks, connectors and other components.
Their application is wide and adapt to different assembly, adjustment and fastening needs in the automated processes of different industries.
MISUMI inCAD Library
Example No.000050
The assembly shown is a mechanism that allows the
dispenser angle to be adjusted.
The adjustment bolt allows movement in the angle
of the dispenser.


Key Functions
- Precise alignment: Enable the precise alignment of components or devices in a machine or automated system. This is essential to ensure smooth and efficient operation, as well as to avoid problems such as undue friction or premature wear.
- Setup and assembly: Facilitate the setup and assembly process of automated machines or systems. Allow operators to make small changes in the position or alignment of parts during the installation process to ensure a correct fit.
- Flexibility and adaptability: Offer flexibility and adaptability in the configuration and customization of automated systems. Allow fine-tuning according to the specific needs of the process or product, which facilitates the optimization and continuous improvement of automated operations.
- Stability and safety: Fixing and securing the position of key components, adjustment bolts provide stability and safety to the automated system. Prevent unwanted movements, vibrations or slippage that could affect the performance and quality of the process.

D
Screw diameter | from M3 to M16 (½-13 to #8)
L
Length| from 10 to 150mm (½” to 5 ¾ “)
Fastening Methods
At MISUMI we have 3 different fastening methods, which allow you to adjust the bolts by tools or manually.
Forms
Within the industry, adjustment bolts are available in different shapes and designs to suit various applications and requirements, here are some examples:

Materials and Finishes
The adjustment bolts can be manufactured in 2 different options, below are the materials as well as the finishes that you can find at MISUMI.
Material | Features | Surfacetreatments | Image |
---|---|---|---|
Steel | •Increased hardness and flexibility • Less rust resistance |
Pavonado | ![]() |
Stainless steel | • Withstands high humidity conditions • Resistant to low temperaturess |
Nickel plating | ![]() |
MISUMI BENEFITS
- Configurable components
Standard and globally valid part number 3D
- 2D/3D CAD download in different formats (STEP, SolidWorks, CATIA, Inventor, AutoCAD)
- Preview


- Quotations and direct purchases from our online store
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