The Hoyamo Brinell-3000D is a closed-loop system digital Brinell hardness tester designed for modern industrial hardness testing applications requiring improved workflow efficiency, digital measurement capability, and high testing repeatability.
Designed for workshops, foundries, metallurgy laboratories, manufacturing plants, and industrial quality control environments, the Brinell-3000D combines closed-loop load cell technology with a digital Brinell measurement system to deliver reliable and accurate hardness testing performance.
Unlike traditional dead-weight Brinell systems, the Brinell-3000D uses a closed-loop load cell control system that continuously monitors and controls the applied testing force throughout the entire testing cycle. This improves force accuracy, repeatability, and testing consistency while reducing operator influence.
The Brinell-3000D features automatic loading, dwell, and unloading functions together with a 20X digital eyepiece system for improved indentation measurement and faster digital hardness analysis.
Built as a cost-effective industrial Brinell hardness testing solution, the Brinell-3000D offers an excellent balance between affordability, digital functionality, and industrial testing capability.
Features
Closed-loop load cell force control system
Automatic loading, dwell, and unloading
Digital Brinell hardness testing system
20X digital eyepiece measurement system
Improved repeatability and force stability
Faster digital indentation measurement workflow
Wide Brinell testing force range
Industrial heavy-duty frame construction
Digital control interface
Reliable force feedback technology
Reduced operator influence during testing
Improved testing efficiency compared to manual microscope systems
Suitable for workshop and production environments
Designed for continuous industrial use
Cost-effective digital Brinell hardness testing solution
Supports multiple Brinell scales and applications
Specifications
Model
Brinell-3000D
Product Type
Closed-loop System Digital Brinell Hardness Tester