whatsapp button
Hardness Tester MTR X-SERIES, For Hard to Access Areas

Hardness Tester MTR X-SERIES - For Hard to Access Areas
Parent Product
Vickers Hardness Tester
Rockwell Hardness Tester
View PDF

The Hardness Tester MTR X-SERIES is perfect for testing large and small specimens, irregular shapes, interiors, gear evolvents, and difficult, until now inaccessible, points, not influenced by deflection and bending operates according to DIN 50158 standard ESATEST principle.

Hardness Tester MTR X-SERIES Overview

Hardness Tester MTR X-SERIES, For Hard to Access Areas
Hardness Tester MTR X-SERIES, For Hard to Access Areas Hardness Tester MTR X-SERIES, For Hard to Access Areas Hardness Tester MTR X-SERIES, For Hard to Access Areas Hardness Tester MTR X-SERIES, For Hard to Access Areas Hardness Tester MTR X-SERIES, For Hard to Access Areas Hardness Tester MTR X-SERIES, For Hard to Access Areas Hardness Tester MTR X-SERIES, For Hard to Access Areas

Introducing the MTR X Bench Hardness Tester, an innovative device that utilizes the ESATEST® principle for hardness determination through electrical resistance measurement. This cutting-edge hardness tester addresses previously unresolved challenges in hardness control. Its unique test principle empowers users to conduct measurements in challenging or hard-to-reach areas, including internal surfaces and gear teeth.

Rest assured, We are officially authorized to supply the Esatest® MTR X along with an ACCREDITED calibration certificate (equivalent to UKAS), in compliance with DIN 50158-2 standards. Choose precision and reliability with the MTR X Bench Hardness Tester.

Key Advantages of the Hardness Tester MTR X-SERIES:

  1. Innovative Testing Principle (Patented): Revolutionize hardness testing with our cutting-edge approach, allowing for testing in previously inaccessible points compared to traditional hardness testers. Explore gears, couplings, cavities, interiors, weld seams, and heat-affected zones with unprecedented ease.

  2. Single Diamond Indenter for the Entire Metal Range: Simplify and expedite the testing process with a single diamond indenter that caters to the entire range of metals. Experience the efficiency and speed of our testing solution.

  3. Continuous Hardness Measurement at Various Loads: Achieve immediate evaluation of surface heat treatment with the capability for continuous hardness measurement at different loads. Utilize a single tool for diverse detections, enhancing versatility.

  4. ACCREDITATION Certification Available

Hardness Tester MTR X-SERIES Technical Specifications:

Power supply

240VAC - 50/60Hz
(110V is also available. Please specify when ordering)
Loads

MOD. A: 1kgf - 10 kgf MOD. B: 0,5kgf - 10kgf MOD. C: 0,2kgf - 2kgf
Norms and certifications

DIN 50158
Minimum measurable diameter

2mm exterior / 12 mm interior
Selectable functions

calibration - hardness measurement - test load - test specimen -hardness scale - materials - rod type - diamond type - language - comments - tolerances - file management - printing - statistics - hardness curve - overlapping curves - function block
Output interfaces

USB - internal Ethernet
Reading

on display 8.4" touch-screen 800px x 600px
Languages

English, Italian, German, Other languages on request
Load application method

automatic acquisition of load and resistance values in real-time
Weight

20kg
44lbs
Working principle

Patent for electrical resistance measurement (DIN 50158)
Standard scales

HV - HRC - HRB - HB30 - N/mm² - HRF - HRD
Load time

the time of the test cycle depends on the selected load (max 12sec)
Working area dimensions

2mm x 2mm
Memory

Over 100 GB to memorize hardness values
Overall dimensions

40cm x 50cm x 30cm

Request
Quotation

Back to Main Page

Vickers Hardness Tester
Rockwell Hardness Tester

Related Articles

Displaying 1 - 5 of 5
Vickers to Brinell Hardness: Complete Conversion Guide

Vickers to Brinell Hardness: Complete Conversion Guide
Toggling between different hardness scales is the most irritating bottleneck in a high-stakes quality lab. Whether you’re verifying legacy specs or dealing with tricky geometries, swapping Vickers Hardness (HV) for Brinell Hardness (HB) is a primary requirement for ensuring your parts perform exactly as promised. Below, we’ve put together a comprehensive reference list, the math we suggest for quick estimates, and our honest take on why these two
Vickers Hardness Tester: The Definitive Material Guide

Vickers Hardness Tester: The Definitive Material Guide
Want to be 100% certain your materials will stand up to anything you throw at them? We are convinced that the Vickers Hardness Tester is the absolute best way to get those spot-on results you need. For us, it is the most satisfying way to make sure your facility is turning out nothing but sheer excellence. Key Takeaways One Tip Does It All: The Vickers method uses a single diamond pyramid to test almost any material. This gives you a continuous
Digital vs Analog Rockwell Tester: Which is Better?

Digital vs Analog Rockwell Tester: Which is Better?
Ready to boost your lab's precision and efficiency? Investing in the right hardness tester isn't just about meeting standards; it's about empowering your team to produce their best work. For many of our clients, the path to superior quality starts with a single choice: the analog vs digital Rockwell tester. At Qualitest, we see this as an exciting opportunity to align your tools with your specific workflow. Whether you need a rugged workhorse or
Rockwell Test Precision: Loads, Indenters & Results

Rockwell Test Precision: Loads, Indenters & Results
For manufacturing floors that depend on fast, accurate results, the Rockwell hardness test is superior. There is no need for operators to work with microscopes or complex conversions; the process is direct, clean, and gives you a number you can act on immediately. We believe its straightforward nature is its greatest strength. You get immediate, dependable data essential for quality control without the lab-level complexity of other methods. Key
Superficial vs Regular Rockwell: The Technical Guide

Superficial vs Regular Rockwell: The Technical Guide
Material testing isn't just a box to check on a QC report. It is the primary safeguard for your product quality. At Qualitest, we know that choosing between regular vs superficial Rockwell methods is a frequent challenge for lab managers. Getting this technical distinction right is non-negotiable for compliance with ASTM E18 and ISO 6508, and failing to do so is the quickest way to end up with inconsistent data and wasted materials. Key Takeaways