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Linear Motion Guide Rod L.M. Bearing Shaft

Linear Motion Guide Rod L.M. Bearing Shaft

Product Details:

  • Usage Precision Hydraulic Machines Linear Motion Guide Rod
  • Material Stainless Steel
  • Texture Type Polished
  • Quality Level High Precision
  • Coating Chrome Plated
  • Length Customized available up to 5000 mm
  • Diameter 8 mm 60 mm
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Linear Motion Guide Rod L.M. Bearing Shaft Price And Quantity

  • 160 INR
  • 160 Kilograms

Linear Motion Guide Rod L.M. Bearing Shaft Product Specifications

  • HRC 58-62
  • Chrome Plated
  • 5 m
  • Standard (Based on Diameter)
  • 8 mm 60 mm
  • Polished
  • 0.005 mm
  • Precision Hydraulic Machines Linear Motion Guide Rod
  • Customized available up to 5000 mm
  • Stainless Steel
  • High Precision

Linear Motion Guide Rod L.M. Bearing Shaft Trade Information

  • Per Month
  • 1 Days

Product Description

To cater to the diverse industrial requirements, we are manufacturing and supplying the array of Linear Motion Guide Rod L.M. Bearing Shaft. All our bearings are manufactured by using high grade material procured with the guarantee of quality standards. Most competitive in cost, our range is extensively used to provide smooth movements to the linear movement applications. These Linear Motion Guide Rod L.M. Bearing Shaft are delivered in different capacities and specifications at economical prices.

 

Features:

 

  • Low maintenance levels
  • Easy to fix
  • Accurate in dimensions


High Precision for Advanced Performance

This guide rod boasts a tolerance of 0.005 mm and exceptional straightness, making it ideal for precision hydraulic machines and demanding linear motion environments. Consistent roundness and polished texture further enhance stability and minimize friction throughout its lifecycle.


Exceptional Durability and Corrosion Protection

Made from robust stainless steel and finished with chrome plating, the rod offers outstanding resistance to rust and wear. Its high surface quality (Ra 0.2m) and hardness (HRC 58-62) safeguard against mechanical stresses, ensuring prolonged reliability in harsh operating temperatures from -40C to +150C.


Customizable Options for Maximum Flexibility

With diameters ranging from 8mm to 60mm and lengths up to 5000mm, the guide rod adapts to various machine layouts and specifications. Ends can be factory chamfered or threaded to suit installation preferences, while protective packaging ensures damage-free delivery.

FAQs of Linear Motion Guide Rod L.M. Bearing Shaft:


Q: How is the straightness of the Linear Motion Guide Rod ensured during manufacturing?

A: The guide rod is manufactured under strict quality controls using advanced machining processes, attaining a straightness of 8m/1000mm. This precision is validated by specialized straightness measurement equipment before final packaging.

Q: What are the benefits of chrome plating on this guide rod?

A: Chrome plating provides excellent corrosion resistance, enhances surface hardness, and ensures smoother operation. This protective layer also minimizes wear and maintains the rods high precision performance in demanding environments.

Q: When should I opt for chamfered or threaded ends on the guide rod?

A: You should choose chamfered ends for applications requiring easy insertion into bearing blocks and threaded ends when the rod needs to be fixed with fasteners or connected to other machine components. Factory options are available to match your installation requirements.

Q: Where can this Linear Motion Guide Rod be applied?

A: This guide rod is compatible with all standard L.M. bearing blocks and is widely used in precision hydraulic machines, automated production lines, and CNC equipment, particularly where high linear accuracy and durability are required.

Q: What is the process for customizing length and diameter specifications?

A: To customize, you can specify the desired length (up to 5000mm) and diameter (8mm60mm) during ordering. Manufacturers will fabricate the rod to these specifications, including any required end finishing or threading, ensuring it meets your application needs.

Q: How does its high tensile strength contribute to machine safety and reliability?

A: With a tensile strength of approximately 800N/mm, the rod resists deformation and mechanical failure under load, offering increased safety and long-term reliability for high-precision motion in industrial settings.

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