Precision Instrument Designed for Micro-Hardness Testing
The HV-1000 Micro Vickers Hardness Tester is engineered for users requiring accurate Vickers hardness measurement of steels, non-ferrous metals, and ceramics, as well as thin and tiny parts. It targets metallurgical labs, material development centers, and quality control departments. The instrument supports evaluation of carburized, nitrided, and hardened layers, providing reliable hardness grading for advanced materials. Its compliance with GB/T4340.2 and ISO 6507-2 ensures traceable results for professional environments. This hardness tester is a solution sought by portable hardness tester manufacturers and material testing facilities demanding precision evaluation on complex surfaces and treated layers.

Advanced Technical Features and Specifications
Equipped with a frictionless spindle for high-precision test force application, the HV-1000 employs an advanced optical measuring system delivering resolutions down to 0.25 microns. It offers multiple selectable test forces ranging from 0.09807 to 9.807 KN (10 to 1000 kgf), covering a wide hardness range of 5–3000 HV. Optional Knoop indenters enable additional micro-hardness testing methods. The system supports CCD photography and image processing integration for enhanced micro-hardness analysis. A compact footprint with 75 mm specimen height accommodation and standard 220 V power supply makes it suitable for integration into lab environments focused on metallographic analysis. This product offers critical compatibility with hardness tester calibration and validation processes.

Versatile Applications in Industrial and Research Settings
The HV-1000 finds utility across multiple sectors including heat treatment quality control, coating hardness mapping, and microalloy evaluation. It is used for routine hardness testing on parallel planes and ultrathin sections, facilitating material performance assessment in automotive, aerospace, and electronics industries. Its precision enables proper characterization of surface treated metals, supporting enhanced durability analysis. In research and development labs, the HV-1000 assists in alloy formulation optimization and calibration of testing systems, complementing instrumentation from spectrometer manufacturers and spectrophotometer manufacturers to ensure comprehensive materials characterization workflows. This hardness tester is integral to maintaining compliance and consistency in high-precision manufacturing environments.



Product Advantages

Robust Design with Integrated Measurement Systems
The structural design of the HV-1000 emphasizes modularity and precision. Incorporating a frictionless spindle mechanism paired with a high-precision optical measuring system, it delivers consistent test force application minimizing mechanical errors. Its compatibility with optional image processing and CCD photography modules elevates operator control and data accuracy. The compact size and ergonomic specimen accessibility improve workflow efficiency in limited lab spaces. This design coherence meets the stringent standards expected from portable hardness tester manufacturers and integrates seamlessly with coating thickness gauge operations for layered material assessment.

Enhanced Accuracy and Operational Efficiency
Performance-wise, the automatic test process reduces operator-induced errors, ensuring repeatability and reliability in hardness measurements. The broad range of available forces and magnifications enables testing diverse material types and thickness profiles with precision. User-friendly software and interface streamline data capture and analysis, contributing to rapid throughput in quality control environments. This hardness tester’s conformity to ISO and GB standards provides confidence in test outcomes, valuable for users reliant on standardized hardness testing protocols alongside spectrograph and atomic absorption spectrophotometer analyses in multidisciplinary materials labs.


Function

HV-1000 micro Vickers hardness tester is used to test the Vickers hardness of steels, non-ferrous metals, ceramics, treated layers of metal surface, and the hardness grads of carburized, nitrided and hardened layers of metals. It can also determine the Vickers hardness of parallel planes, tiny parts and ultrathin parts.

Features

1. No friction spindle, high precision of test force;

2. High-precision optical measuring system;

3. An optional Knoop indenter is available for Knoop hardness test;

4. Optional CCD photography system and image processing system are also available;

5. Automatic test process, easy operation, without human operation errors;

6. it can meets the standards of GB/T4340.2 and ISO 6507-2.

Main Technical Parameters

 

Use Scenarios

Hardness Testing in Heat Treatment Quality Control
In industrial heat treatment facilities, the HV-1000 Micro Vickers Hardness Tester plays a crucial role in evaluating the effectiveness of carburizing, nitriding, and surface hardening processes on metals. It operates as a critical inspection device in production lines, verifying that component hardness meets design specifications and regulatory standards. The high-resolution optical system ensures precise readings on thin treated layers and small geometries that typical hardness testers cannot accommodate. Data from this tester integrates with overall quality management systems, enhancing traceability and compliance throughout manufacturing workflows that often also utilize spectrometer manufacturers’ equipment for chemical composition verification.

Micro-Hardness Analysis in Research and Development Laboratories
R&D labs focused on material innovation employ the HV-1000 for intricate hardness profiling during alloy development and coating optimization. This hardness tester supports micro-hardness mapping of composite surfaces and ultrathin specimens, providing essential feedback for material engineers refining metallurgical properties. Its optional CCD imaging facilitates detailed indentation analysis coupled with digital documentation for research reporting. The instrument's precision complements measurements from other advanced devices such as uv visible spectrophotometer and icp-oes systems, enabling comprehensive characterization required for material science projects and new product development processes.



FAQ

What materials can the HV-1000 Micro Vickers Hardness Tester evaluate?
The HV-1000 accurately measures the hardness of steels, non-ferrous metals, ceramics, and surface-treated metal layers. It also specializes in testing carburized, nitrided, and hardened layers, making it ideal for metallographic analysis and hardness tester applications.

Is customization available for testing different material sizes or shapes?
Yes, the HV-1000 supports testing of parallel planes, tiny parts, and ultrathin sections, thanks to its compact design and high-precision optical system. Optional equipment like the Knoop indenter and CCD photography enhance versatility for specific material requirements.

What installation environment and power supply does the HV-1000 require?
The HV-1000 operates on a standard AC 220 V 50/60 Hz power supply and has a compact footprint suitable for laboratory and industrial settings. Its 75 mm specimen height clearance fits most test samples, facilitating easy installation in busy test facilities.

How does the HV-1000 support quality control in material testing?
Equipped with an automatic test process and high-precision optical measuring system, the HV-1000 minimizes operator error and ensures consistent results. It meets GB/T4340.2 and ISO 6507-2 standards, making it reliable for portable hardness tester manufacturers and strict quality control protocols.