#metaltestingequipment

Choosing the right coating thickness gauge can make a big difference in your quality control process. In our latest 2026 guide, we compare the best coating thickness gauge suppliers in India based on price, accuracy, and after-sales support.

We also break down top-performing models like TT-2600 and TT-2510E to help you select the right solution for your testing needs. Whether you are in automotive, aerospace, or manufacturing, the right tool ensures consistent coating quality, reduces errors, and improves overall efficiency.

Applications:

Automotive paint and coating inspection

Aerospace surface quality testing

Industrial manufacturing and metal finishing

Powder coating and electroplating thickness measurement

Quality control in production lines

If you're looking to improve your QC accuracy and reduce costly rework, this guide is for you.

In impact testing, consistency is everything :- and the TT-HBM340 Hydraulic Broaching Machine is engineered to deliver flawless notch machining with absolute repeatability. Developed for high-precision preparation of Charpy and Izod impact test specimens, this advanced hydraulic system ensures 100% compliance with international standards, including GB/T 229-2020 and ASTM E23-02.

Equipped with high-grade W18Cr4V high-speed steel broaches, the machine supports both 2mm V-type and 2mm U-type notch machining, guaranteeing long service life, exceptional hardness, and wear resistance. Its single-pass hydraulic broaching system operates at a controlled speed of 2.0 m/min, ensuring smooth operation, clean notch formation, and identical specimen results every time :- even during high testing throughput.

Designed with production efficiency and laboratory precision in mind, the TT-HBM340 allows simultaneous machining of two notches, significantly reducing specimen preparation time. Its intuitive control setup and stable installation requirements make it ideal for environments where accuracy, safety, and repeatability are non-negotiable.

Ideal for:

Metallurgical Testing Labs

Steel & Alloy Manufacturing Units

Aerospace Component Testing Centers

Automotive Part QC & R&D Facilities

Energy, Power Plant & Pipeline Materials Testing Labs

Research Institutes & University Engineering Labs

Key Advantages:

Guaranteed notch accuracy compliant with international standards

Long-life tool material for high-volume testing environments

Smooth hydraulic motion for consistent machining quality

User-friendly operation with low maintenance requirements

Engineered for durability. Designed for accuracy. Built for laboratories and industries where quality assurance drives performance and safety.

Experience uncompromised accuracy in hardness measurement with the TT-RHA Series Manual Rockwell Hardness Tester, engineered for laboratories and industrial environments demanding reliability and precision. Designed to test ferrous metals, non-ferrous alloys, and non-metallic materials, this instrument delivers fast, repeatable results :-  making it a trusted solution in heat treatment, quality control, and research applications.

With its friction-free spindle, precision hydraulic buffer, and direct dial gauge reading, the TT-RHA ensures consistent load application and smooth operation. The tester’s pure mechanical design eliminates the need for electronic components, offering long-term stability, minimal maintenance, and exceptional value for production facilities and testing labs alike.

Applications:-

Heat treatment analysis (quenching and tempering)

Hardness testing of metals and alloys

Research and development labs

Tool, die, and machinery component testing

Educational and training institutions

Why Choose Testron’s TT-RHA Series:-

High accuracy and repeatability across HRA, HRB, and HRC scales

Economical, durable, and maintenance-free mechanical operation

Stable testing even on curved surfaces

Reliable performance backed by Testron’s precision engineering

When your components face extreme heat and constant stress, performance consistency is non-negotiable. The TESTRON TT-CW Series High Temperature Creep Testing Machine delivers unmatched precision in evaluating creep and stress rupture strength of metals and alloys. Designed for aerospace, metallurgy, automotive, and nuclear applications, this advanced creep testing machine ensures your materials withstand prolonged exposure to high temperatures without compromising integrity.

Engineered with an advanced servo motor system, high-temperature furnace, and automated load control, the TT-CW Series provides superior stability, reliability, and long-term data accuracy. It supports ISO, ASTM, and JB/T standards, making it a trusted choice among leading creep testing machine manufacturers and quality control laboratories worldwide.

Applications:-

Evaluation of metallic materials under high temperature and stress

Failure analysis for aerospace, gas turbines, and power plants

Research and material development for high-temperature structures

Quality assurance and life prediction of industrial components

Why Choose TESTRON:-

High precision load accuracy within ±0.5%

Furnace temperature range from 300°C to 1200°C (optional up to 2200°C in vacuum)

Automatic constant-load and constant-strain control

Adaptable fixtures for round, flat, and pipe specimens

Compliant with ISO 204, ASTM E139, and related international standards

Elevate your testing capabilities with the TT-CW Series :- where endurance meets precision. Contact TESTRON GROUP, one of the leading creep testing machine manufacturers and suppliers, to learn more about models, specifications, and the best creep testing machine price for your lab setup.

Choosing the right surface roughness tester is key for maintaining top-quality standards in the metal industry. Whether you’re in manufacturing, automotive, or engineering, understanding the types of testers — from portable to digital — can help ensure precision and compliance.

At Testron Group, we provide reliable and accurate testing equipment designed to enhance your quality control process. Discover how the right tester can boost efficiency, accuracy, and overall product performance.

Applications:

Metal surface inspection and quality control

Automotive and aerospace component testing

Precision engineering and machining verification

Achieve flawless metallographic preparation with the TESTRON TT-200EPM, a cutting-edge electrolytic polishing and etching machine engineered for precision, reliability, and repeatability. Designed for research institutions, laboratories, and industrial facilities, this system utilizes advanced electrochemical principles to deliver deformation-free surfaces :- ensuring the true structure of metals is revealed without mechanical distortion.

Built for performance, the TT-200EPM supports high voltage and current operations, making it ideal for large or welded metallographic samples. Whether working with titanium, aluminum, copper, or high-temperature alloys, this instrument guarantees consistent polishing results that meet the most demanding metallographic standards.

Applications:

Metallographic sample preparation for research and production labs

Electrolytic polishing and etching of non-ferrous metals

Preparation of titanium, aluminum, and copper alloy samples

Surface finishing for welded and high-temperature alloy materials

Final chemical polishing for metallographic analysis

Why Choose TESTRON TT-200EPM?

Eliminates deformation layers caused by mechanical polishing

Delivers authentic microstructural representation

Designed for precision, durability, and ease of use

Suitable for both academic and industrial applications

When accuracy matters most, the TESTRON TT-AVHT Semi-Automatic Vickers Hardness Tester delivers unmatched reliability. Designed with a fully automatic closed-loop loading system and a wide load range of 0.2kgf–62.5kgf, it supports Vickers, Knoop, and Brinell scales with precision that industry leaders can trust.

Equipped with automatic focusing, a 6-station turret, high-definition imaging, and Z-axis dynamic control with anti-collision protection, this tester ensures faster operations, minimized human error, and uncompromised accuracy. Whether for metals, thin films, or delicate samples, it adapts seamlessly to diverse testing needs.

Applications:

Metal Testing & Metallurgy – Hardness evaluation of alloys, steels, and industrial metals

Research & Development – Precise hardness data for advanced materials research

Automotive & Aerospace – Quality validation of high-performance components

Electronics & Microcomponents – Testing thin or delicate materials with accuracy

Educational & Inspection Agencies – Reliable results for labs and institutions

If you are searching for reliable Brinell hardness tester manufacturers in the UAE, you are in the right place. Testron Group provides durable and precise testing solutions approved by leading metal testing labs and trusted across industries like automotive, aerospace, oil & gas, and construction.

Applications of Brinell Hardness Testers:

Measuring hardness of metals and alloys

Ensuring quality in automotive parts

Testing steel and iron in construction projects