Clamping for linear guide rail

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MOQ : 1 Piece

Clamping for linear guide rail Specification

Shape
Rectangular with fastening holes

Method
Manual tightening or actuation

Machine Type
CNC, Automation, Industrial Machinery

Weight
Approx. 120-250 g/unit

Accuracy
0.01 mm

Load Capacity
Up to 4000 N clamping force

Thread Type
Metric Thread

Size
Suitable for 15 mm to 35 mm guide rails

Hardness
HRC 38-45

Coating
Black Oxide (Anti-corrosion)

Type
Mechanical Clamping element

Material
Alloy Steel

Tolerance
0.01 mm

Surface
Precision ground

Use
Guide rail clamping

Application
Linear Motion Systems

Usage & Applications
Securing linear guide rails in CNC machines, automation equipment, industrial machinery

About Clamping for linear guide rail

Spotlight on valuethis is your Last Chance to secure a sought-after, venerable clamping solution for linear guide rails. Our bolt-on mechanical clamping element, precision ground and finished with a black oxide anti-corrosion coating, offers prime accuracy at 0.01 mm. Manufactured from alloy steel, each unit delivers up to 4000 N clamping force, handling CNC, automation, and industrial machinery with total resilience. Oil, coolant, and chip resistance ensure exceptional service lifeover 1,000,000 cycles. Affordable, ISO 9001:2015 certified, and available for guide rails from 15 mm to 35 mm.

Premier Application Surface & Competitive Advantages

Built for CNC, automation, and linear motion systems, this rectangular clamping element fits guide rail surfaces flawlessly. Its primary advantages include prime oil, coolant, and chip resistance, ensuring extended service life and operational reliability. The cam lever or bolt-based mechanism enhances user convenience while the black oxide coating offers superior anti-corrosion properties. Compatible with CNC precision applications, it upholds accuracy within 0.01 mm, and its robust alloy steel construction ensures steadfast performance under industrial demands.

Handover, Pricing, and Certification Details

Payment terms are designed for seamless procurement, including upfront list price and structured invoice options. Upon purchase approval, each clamp is individually packed and boxed for meticulous packing & dispatch. Customers can expect expedited delivery times, typically within 710 days, depending on location and order volume. Every unit is ISO 9001:2015 certified, ensuring standardized quality and reliability throughout the handover process. Detailed documentation and certificates are furnished with each shipment for assurance and compliance.

FAQs of Clamping for linear guide rail:

Q: How do I install the clamping element on my linear guide rail?

A: Installation is simplejust align the clamps mounting holes with your linear guide rail and fasten it using metric bolts. Depending on your preference, you can use either the manual cam lever or bolt-based tightening method for secure positioning.

Q: What are the main benefits of using this clamping element for CNC and automation equipment?

A: This clamping element delivers robust resistance to oil, coolant, and chips, prime clamping force up to 4000 N, and precise tolerance (0.01 mm). Its long service life and ISO 9001:2015 quality make it highly reliable for demanding industrial environments.

Q: Where can I use this clamping solution?

A: Its specifically designed for securing linear guide rails in CNC machines, automation systems, and industrial equipment. Suitable for guide rails ranging from 15 mm to 35 mm, it fits most major linear motion and production setups.

Q: What certifications does the clamping element conform to?

A: Every unit is ISO 9001:2015 certified, ensuring adherence to recognized quality management and production standards.

Q: What is the delivery and packing process for this product?

A: After order confirmation and payment, each clamp is individually packed and boxed for secure transit. Typical shipping and handover occur within 710 days from our distribution location in India.

Q: How does the clamping mechanism resist industrial wear and corrosion?

A: The clamping element is made from alloy steel, surface precision ground, and coated with black oxide, giving it resistance to oil, coolant, chips, and corrosion for extended operational durability.

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