In the field of precision mechanical manufacturing and metallurgy, material quality control is a critical step that determines product durability, safety, and structural integrity. For materials with coarse structures, large grain sizes, or non-uniform hardness—such as cast iron, raw steel, or heavy alloys—the Brinell hardness testing method remains the gold standard.

To address the demanding requirements for high-precision metrology and streamlined testing workflows, Maxlab Equipment proudly introduces the HBS3000-313 Digital Brinell Hardness Tester from the renowned manufacturer Veiyee (China). This advanced benchtop instrument seamlessly integrates optical, mechanical, and electronic technologies to deliver exceptional performance for industrial workshops and testing laboratories.

The HBS3000-313 model is a next-generation benchtop hardness tester engineered with a rigid mechanical frame and high structural stability. Unlike traditional mechanical Brinell testers that rely on complex, error-prone deadweight systems, the HBS3000-313 introduces a breakthrough closed-loop force control system powered by an advanced piezoelectric pressure sensor.

This digital instrument is specifically built to evaluate large metallic components, rough specimens, or thick material plates. By combining high-precision mechanics with an intelligent microprocessor, the device automates the entire test cycle. This automation drastically eliminates manual operator errors, ensuring that every single test result is repeatable and highly reliable.

This is the most valuable technological feature of the HBS3000-313 digital Brinell hardness tester. The central microcontroller unit (MCU) works in tandem with a high-accuracy load cell to continuously monitor and feedback the actual applied force during the test cycle. If any force decay or friction fluctuation occurs, the system triggers an instantaneous automatic compensation. This ensures that the test force remains precise within a strict 0.5% tolerance, easily exceeding international compliance standards.

The machine offers 10 standard test force steps ranging widely from 62.5 kgf up to 3000 kgf (29,420 N). It comes fully equipped with a set of premium Tungsten Carbide ball indenters in diameters of 2.5mm, 5mm, and 10mm. This versatile combination allows the equipment to cover an extensive measurement span from 8 to 650 HBW, adapting perfectly to soft metals as well as heavy-duty hardened materials.

The control interface features a crisp, clear digital LCD screen that displays real-time testing parameters: selected test force, dwell time, indentation diameter, and the direct hardness value. A massive advantage of this model is its built-in smart data converter. This function allows users to instantly convert Brinell hardness (HBW) values into other standard scales, such as Rockwell (HRA, HRB, HRC) or Vickers (HV), straight on the screen without looking up manual charts.

The HBS3000-313 is packaged with a high-definition 20X digital optical microscope. Operators can easily measure the indentation diameter on the specimen surface, and the data is processed by the internal system to calculate the final HBW result. Once testing is complete, users can output the results instantly via the built-in mini thermal printer on the chassis or transfer the data to a computer using the integrated RS232 communication port.

Thanks to the large impression area characteristic of the Brinell method, the HBS3000-313 Veiyee model is the ideal choice for:

When choosing the HBS3000-313 Veiyee digital Brinell hardness tester from Maxlab Equipment, customers receive far more than premium hardware. We deliver comprehensive technical services to support your long-term success:

Elevate your factory’s material quality control today with the industry-leading Brinell testing solution from Veiyee!