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COMPUTERISED BRINELL MICROSCOPE MODEL

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MOQ : 1 Unit

COMPUTERISED BRINELL MICROSCOPE MODEL Specification

Port Size
USB 2.0

Resolution
0.01 mm

Power Supply
230 V AC, 50 Hz

Measuring Range
0.01 mm to 6 mm (diameter)

Test Range
Up to 650 HBW

Specimen Size
Up to 200 mm height & 200 mm width

Temperature
10C to 45C

Response Time
Instantaneous with image capture

Humidity
Up to 85% RH

Equipment Type
Computerised Brinell Microscope

Hardness
Up to 650 HBW

Max Height
200 mm specimen clearance

Frequency
50 Hz

Application
Brinell hardness impression measurement

Operating Voltage
230V AC

Display Type
Digital (on PC software)

Features
Image processing, Measurement software, Data storage

Mounting Type
Table Top

Accuracy
0.01 mm

Interface Type
USB

Number of Specimens
Multiple (with software support)

Usage
Hardness Testing

Capacity
Compatible with Brinell standard

Machine Weight
6 Kg (approx.)

Test Speed
Manual/Software Assisted

Test Width
Suitable up to 200 mm specimen

Test Stroke
Up to 100 mm vertical travel

Control Mode
PC Controlled

COMPUTERISED BRINELL MICROSCOPE MODEL Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
04 Units Per Month

Delivery Time
3-8 Week

About COMPUTERISED BRINELL MICROSCOPE MODEL

COMPUTERISED BRINELL MICROSCOPE MODEL :

FEATURES :

NO operator, skill is required
User friendly software
Just place and click, direct Brinell value will be displayed on the pc screen
Instrument, automatically measures the diameter of indentation with resolution of 0.01 mm and displays Brinell value with diameter measurement. All data storage functions are automatically performed according to batch parameters.
The range of measurement is from 1 mm to 6 mm of diameter with resolution of 0.01 mm

SCOPE OF SUPPLY :

One hand held unit containing CCD Camera, Optics and Illumination system with connecting cable.
PCI Video capture card with driver software.
Brinell Image Analysis System Software.

Precision and Clarity in Hardness Testing

This Brinell microscope delivers precise measurements with 0.01 mm accuracy and 0.01 mm resolution. The instant digital display and image capture technology enhance the clarity and speed of hardness impression analysis. The advanced CMOS camera and software ensure that every detail of the Brinell impression is visible, improving the reliability of results for critical quality control applications.

Advanced Software and Data Handling

The integrated measurement software is compatible with Windows 7/8/10 PCs and allows you to analyze, save, and export test data effortlessly. Generate detailed measurement reports in PDF or Excel formats for robust documentation and traceability. The system supports multiple specimens, streamlining batch testing and supporting high-throughput environments.

Versatile and Durable Design

Crafted with a sturdy mild steel body and epoxy powder coating, the microscope is built for demanding usage. The instrument accommodates a wide range of specimen sizesup to 200 mm in height and widthmaking it suitable for various industrial and laboratory settings. Quick specimen mounting and PC control provide a seamless testing experience for users.

FAQs of COMPUTERISED BRINELL MICROSCOPE MODEL:

Q: How does the Computerised Brinell Microscope measure Brinell hardness impressions?

A: The device uses a high-resolution 2MP CMOS camera, combined with a 5X objective lens, to capture detailed images of the Brinell impression. The integrated software analyzes the diameter of the imprint, providing highly accurate digital measurement up to 0.01 mm directly on your PC screen.

Q: What is the process for calibrating the Brinell microscope?

A: Each unit includes a certified reference scale for easy calibration. Simply use the reference scale within the software interface to ensure your measurements remain precise and reliable, supporting consistent results across specimens.

Q: When should the device be recalibrated?

A: It is recommended to recalibrate the microscope periodically, especially before starting a new batch of tests or after changing objective lenses, to maintain measurement accuracy.

Q: Where can this microscope be used?

A: This model is ideal for industrial labs, academic research facilities, and quality assurance departments in manufacturing or metallurgical industries across India, thanks to its robust construction and high compatibility.

Q: What are the system requirements for operating the measurement software?

A: The microscopes software runs on Windows 7, 8, and 10 operating systems, requiring a USB 2.0 port for camera connection and a PC with sufficient processing capability to handle digital image capture and analysis.

Q: How is data stored and exported from the microscope?

A: Measurement data, including images and test results, are securely stored within the PC software. Users can generate and export comprehensive reports in PDF or Excel format for documentation or analysis purposes.

Q: What benefits does the digital display offer during use?

A: The digital readout provides instantaneous feedback with image capture, significantly reducing operator error and offering clear, precise measurements that enhance productivity and confidence during hardness testing.

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