Manual and Electronic Rockwell Hardness Testers by NextGen

Rockwell hardness testing is a cornerstone method in metal quality control, used to measure resistance to penetration under a standardized load. This testing is a necessity in industries where guaranteeing material durability and performance can mean the difference between success and failure. By providing accurate insights into metal hardness, Rockwell hardness testing ensures that components meet safety and performance standards, allowing manufacturers to deliver reliable products.

The material testing market is saturated with options, yet not all machines provide the precision, consistency, or compliance with international standards that industries demand. For businesses relying on hardness testing, choosing the right equipment is critical to maintaining quality and avoiding costly errors.

Throughout this article, we will introduce our NG-RockGen Rockwell Hardness Testers—a comprehensive solution for precise and dependable hardness testing. We will explore the features of both manual and electronic models, their applications in a range of industries, and the advantages they bring to modern material testing processes. Whether you are seeking accuracy, ease of use, or compliance with standards like ASTM E18, the NG-RockGen Series offers the right balance of performance and reliability.

Introduction to the NG-RockGen Series – Rockwell Hardness Testers

NG-RockGenThe NG-RockGen Series by NextGen represents the pinnacle of precision in metal hardness testing, built to meet modern industry demands. As a leading solution for Rockwell hardness testing, these testers provide reliable and accurate measurements by evaluating the depth of penetration of an indenter under a predefined load. This method, standardized under ASTM E18, guarantees consistent results between materials and industries.

Rockwell hardness testers are useful tools for determining materials’ durability and wear resistance. From hardened steel used in automotive components to aluminum alloys in aerospace applications, understanding hardness levels is crucial for quality control, safety, and product longevity. For example, testing chilled steel assists in maintaining its structural integrity in harsh environments, while analyzing annealed steel helps in optimizing its machinability for industrial applications.

The NG-RockGen Series offers a versatile approach to Rockwell hardness testing, accommodating both Regular Scales (HRA, HRB, HRC, etc.) and Superficial Scales (HR15N, HR30N, HR45T, etc.). This flexibility allows industries to test thin materials like metal sheets or small components with high precision. A thin steel plate can be accurately assessed using the HR30N scale, thereby verifying its suitability for precision machinery.

With two distinct models—manual and electronically controlled—the NG-RockGen Series is ideally suited to different operational needs. The manual model offers an economical, power-free solution ideal for workshops and basic testing facilities. On the other hand, the electronic model features automation for test force application, dwell time, and release, greatly reducing the margin for error in laboratories requiring high-throughput testing.

What sets NG-RockGen apart is its compliance with international standards and NIST-certified consumables. Whether testing a batch of bearing steel for heavy machinery or validating aluminum alloy hardness in aerospace engineering, NG-RockGen testers deliver precise, repeatable results.

Features of NG-RockGen Electronic and Manual Models

The NG-RockGen Series combines durability, precision, and adaptability in its manual and electronic Rockwell hardness testers, catering to a broad spectrum of material testing needs. Below is a comprehensive overview of the features shared by both models and the unique attributes that set each apart.

Shared Features

Both manual and electronic NG-RockGen models are engineered for longevity and reliability, which makes them ideal for use in demanding industrial environments. Key shared features include:

  • High-Gloss, Scratch-Resistant Surface

    The testers offer a polished finish that resists wear and tear, resulting in a professional appearance and operational integrity for years.

  • Casted Molding Shell

    Constructed for maximum stability, the sturdy casing protects the internal mechanisms and withstands minor damages, even in harsh work environments.

  • User-Friendly Dial Gauge

    The precision dial gauge offers direct, accurate readings of hardness values, simplifying the testing process for consistent results.

  • Adjustable Loading Wheel

    Both models feature an intuitive loading wheel, enabling operators to easily switch between three test forces to accommodate a variety of Rockwell Regular and Superficial scales.

Manual Model-Specific Features

The manual NG-RockGen tester is a cost-effective solution optimized for simplicity and convenience, making it a practical option for basic testing. A further feature of this product is:

  • Economical Operation. This model requires no external power supply, allowing for reliable hardness testing in workshops or field environments without electricity.

Electronic Model-Specific Features

The electronic model has the following features:

  • Automated Functionality

    Test force application, dwell time (adjustable from 1 to 60 seconds), and load release are fully automated, eliminating human error and offering consistent, repeatable results.

  • High Precision for Thin Metal Parts

    This model is particularly adept at testing delicate materials such as thin sheets and metal surfaces, providing highly accurate readings without compromising the material.

  • Global Usability

    With compatibility with both 110V/60Hz and 220V/50Hz power supplies, the electronic model is suitable for facilities throughout the world.

As you can see, The NG-RockGen Series offers exceptional versatility and dependability, whether you are looking for the simplicity of a manual tester or the advanced automation of an electronic tester. It is easy to choose the correct machine for your requirements as each is configured to provide precise results, meeting the diverse needs of modern material testing with ease.

Applications of the NG-RockGen Series

Cold rolled steel sheet on plate rolling machine in production process at factory.We developed the NG-RockGen Series to meet the diverse testing requirements of industries that require accurate measurements of material hardness. The following are examples of materials and industries for which our product is specifically suited:

Applicable Materials

The NG-RockGen Series is compatible with an extensive range of metals and alloys. These include:

  • Chilled Steel: An important component for wear-resistant applications, such as heavy machinery components.

  • Hardened and Tempered Steel: Commonly used in cutting tools, automotive parts, and structural components, where durability and strength are key.

  • Annealed Steel: Ideal for components requiring enhanced ductility and machinability.

  • Aluminum Alloys: Widely used in aerospace and automotive industries.

  • Bearing Steel: Critical for precision engineering applications, such as ball bearings and rollers.

Industries Benefiting from the NG-RockGen Series

  1. Metal Manufacturing

    The NG-RockGen Series offers quality control during production, verifying the hardness of raw materials and finished products to meet stringent industry specifications.

  2. Aerospace

    Aerospace components demand exceptional performance and safety standards. Rockwell hardness testing determines whether aluminum alloys and hardened steel are suitable for high-stress applications.

  3. Automotive

    Automotive manufacturing requires the NG-RockGen Series for testing critical components, including gears, axles, and chassis parts, to maintain durability and reliability.

  4. Quality Control Laboratories

    Laboratories use the NG-RockGen testers for routine hardness testing across multiple materials, assuring compliance with ASTM E18 standards and delivering reliable data for research and development.

Why Choose NG-RockGen for Hardness Testing?

The NG-RockGen Series stands out as a reliable and flexible solution for Rockwell hardness testing, engineered to meet the highest industry standards. With strict compliance with ASTM E18 standards, these testers deliver accurate and consistent hardness measurements, providing maximum reliability across a broad range of materials and applications. Whether it is hardened steel, annealed steel, or aluminum alloys, the NG-RockGen Series is built to provide dependable results, making it a valuable instrument for laboratories, workshops, and industrial facilities.

Both manual and electronic models are engineered for durability and precision. The manual model offers cost-effective simplicity, ideal for basic testing environments, while the electronic model provides advanced automation, minimizing human error and guaranteeing high throughput in demanding testing conditions. To further enhance their value, testers are supported by NIST-certified consumables. This commitment to quality and performance positions the NG-RockGen Series as a trusted choice for material testing professionals.

At NextGen Material Testing, we are dedicated to supporting your success. Whether you require more information about our products or have specific questions, our team is here to assist you. You can request an online quote or contact us directly for personalized support. Let us provide the tools you need to achieve success in material testing.

More on this topic

Keep Reading in Rockwell Hardness Testers

See the Rockwell Hardness Testers range
Rockwell Hardness Testers27 Jan 2025Advanced Rockwell Hardness Testing Systems – GenRock NG-150 SeriesHardness testing of metallic materials is one of the most common methods for evaluating materials quality and performance in many industries. This type of testing is critical for verifying that metals meet specific standards for durability, reliability, and safety. Accurate hardness measurements are necessary for applications where material failure is not acceptable. Nevertheless, there have been instances where incorrect hardness measurements have led to significant consequences. These errors are often traced back to the use of substandard testing equipment. Such equipment affects the accuracy and reliability of the results. Throughout this article, we introduce our GenRock NG-150 Series – Advanced Rockwell Hardness Tester, a cutting-edge device...Read the articleRockwell Hardness Testers14 Jun 2024Best Rockwell Hardness Testers from NextGen in 2024The Rockwell hardness test is a common method for determining the hardness of materials, particularly metals. It measures the depth of penetration of an indenter under a large load compared to the penetration made by a preload. It is used frequently to assess the hardness and durability of steel, aluminum, and brass. This method is valued for its simplicity, speed, and ability to provide direct hardness readings​. The Rockwell hardness test involves pressing an indenter (a steel ball or diamond cone) into the material surface with a minor load, followed by a major load. The difference in penetration depth between the minor and major loads determines the hardness value, displayed directly on the machine. This test is standardized by several important...Read the articleRockwell Hardness Testers21 Jun 2023Universal Hardness Tester Brinell, Vickers, and RockwellDo you want to understand what hardness is, why it should be determined, and how does a hardness tester work? This blog is all about that. Hardness Tester – Origins Hardness (as opposed to softness) in materials science is a measure of a material's ability to resist plastic deformation under external localized impact: indentation, scratching, or abrasion. In other words, a hard material has a greater ability to retain its shape under such external forces. It is a well-known fact that diamond is the hardest material of natural origin. It is also clear that different materials have different hardnesses. Metals can be as hard as titanium and steel or as soft as copper, gold or lead. Wood is softer than glass, and rubber is softer than wood. But when it...Read the articleRockwell Hardness Testers16 Jul 202212 Reasons Heat Treating Facilities Use the Universal Hardness Testing SystemAre you looking for a reliable universal hardness tester that provides excellent material testing functionality? You have a lot of options to choose from, and one of your best choices is NextGen’s digital universal hardness testing machine designed for different material testing applications.Read the articleRockwell Hardness Testers13 Aug 2019The Rockwell Hardness Test and Everything You Need to Know About ItIt is an established notion in the field of manufacturing that a certain object is just as good as the materials it is made of. As such, production specialists need to make sure that every component, material, and material treatment used to build a certain device or machine is going to be strong and durable. This is where the Rockwell Hardness test comes into play since it was specifically designed to measure the durability of a material. The system is designed for testing in accordance to ASTM E18 standard. But before you decide to invest on a Rockwell Hardness Tester, there are a few things about the test that you need to understand first. What is the Rockwell Hardness Test? The Rockwell Hardness Test is actually one of several tests aimed to...Read the articleRockwell Hardness Testers16 Nov 2017Rockwell Hardness Testing System – Your One Stop Testing SolutionAs testing becomes more and more important, companies are looking for a reliable solution for their production. Not only are government regulations focusing on this feature, consumers and buyers want to know that goods are the up to the quality standards they expect. For that reason, more are choosing the Rockwell hardness testing system for their needs. This hardness testing system from Rockwell manufacturing is a leader in the industry with top quality equipment. The Rockwell hardness tester measures hardness by testing the indentation from a standard load over a specified dwell time until it reaches a zero point. The greater the indentation and deeper the zero point, the softer the material and vice versa. This formula has been standardized...Read the articleRockwell Hardness Testers4 Aug 2017Rockwell Testing Systems: Rockwell Twin Digital Testing and Rockwell Regular Scales TestingWhat is NextGen's Rockwell Hardness Tester all about? The Rockwell Hardness Tester system is defined by the indentation resistance and is determined by measuring the permanent depth of that indentation based on undergoing a preliminary force. Harder materials will have more shallow indentations, and softer materials will have deeper indentations. Rockwell testing is defined as the ASTM E18 industry standard for this procedure. NextGen Material Testing, Inc. offers a full range of Rockwell Hardness Testing Systems to meet all of your hardness testing needs. How Accurate is the Rockwell Hardness Tester System? The RockGen Rockwell Hardness Testing System was designed to test the hardness level of metal based on the indentation they leave on a tested...Read the articleRockwell Hardness Testers17 Feb 2017Rockwell Hardness Testing System – RockGen DGENAccuracy and efficiency have taken another leap forward with NextGen Material Testing's Rockwell Hardness Tester - RockGen Series , the latest of NextGen's top-quality material testing equipment. Designed to test the hardness of metals, the Rockwell Hardness Tester - RockGen DGEN Series is a Digital Rockwell Hardness Testing System for your material testing needs. The system applies a large load to an indenter on the testing surface, then compares the depth of penetration to the penetration made by a Rockwell scale preload. The Rockwell Hardness Tester includes the RockGen R-DGEN, for Rockwell Regular Scales, the RockGen S-DGEN, for Superficial Scales, and the RockGen TWIN-DGEN, capable of both Rockwell Regular and Rockwell Superficial Scales, all...Read the article
Related equipment

Machines Behind This Article