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Razor Blades Treatment Chambers

Name: Razor Blades Treatment Chambers
Brand: ENVISYS TECHNOLOGIES PVT. LTD.
Price: 100000 INR
Availability: InStock

Price 100000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Razor Blades Treatment Chambers Specification

Application
Blade treatment, endurance and durability testing

Frequency
50 Hz

Interface Type
USB/RS232

Gas Pressure
0.10.6 MPa

Max Height
1400 mm

Test Range
Up to 5000 cycles

Humidity
4095% RH (adjustable)

Port Size
Standard 1/2 inch

Response Time
<1 second

Operating Voltage
230 V AC

Resolution
0.01 mm

Display Type
Digital touch-screen

Power Supply
230 V AC, 50 Hz

Automation Grade
Semi-Automatic

Specimen Size
Standard razor blade sizes

Number of Specimens
16

Accuracy
0.1 mm

Temperature
Ambient to 80C (programmable)

Mounting Type
Floor mounted

Measuring Range
Full length and lap testing

Features
Automatic temperature and humidity control

Equipment Type
Razor Blades Treatment Chamber

Usage
Industrial blade testing

Capacity
6 blades per cycle

Machine Weight
Approx. 150 kg

Test Speed
Variable, up to 500 mm/min

Test Width
Up to 100 mm

Test Stroke
0300 mm (adjustable)

Control Mode
Digital/Automatic

Cycle Timer
Programmable, up to 99 hrs

Noise Level
<60 dB

Control System
Microprocessor based

Safety
Over-temperature and over-pressure protection

Chamber Material
Stainless Steel 304

Calibration
Included, Traceable to NABL standards

Data Logging
Inbuilt, Export via USB

Inner Dimensions
L 700 mm x W 500 mm x H 600 mm

Door Type
Sealed tempered glass

Razor Blades Treatment Chambers Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Day

Delivery Time
1 Week

About Razor Blades Treatment Chambers

Our Razor Blades Treatment Chambers are precision-engineered for optimal heat treatment, ensuring superior hardness, edge retention, and durability of razor blades. Featuring controlled atmosphere technology, they minimize oxidation and decarburization during processing. With rapid heating cycles, uniform temperature distribution, and customizable treatment profiles, these chambers deliver consistent, high-quality results batch after batch. Compact yet powerful, their robust construction supports high-throughput manufacturing. Integrated safety systems and energy-efficient operation make them ideal for modern blade production. Elevate your blade performance with a chamber designed specifically for razor-sharp perfection.

Advanced Chamber Construction

Crafted from Stainless Steel 304, the chamber promises excellent resistance to corrosion and mechanical wear, ideal for demanding industrial environments. The sealed tempered glass door allows safe observation of the testing process while maintaining internal conditions. The thoughtful combination of robust materials and reliable sealing ensures long-term durability and consistent protection for both operator and specimen.

Precision Control and Safety

A microprocessor-based digital control system governs all parameters, including temperature, humidity, and test cycles. Over-temperature and over-pressure safety features, alongside calibration traceable to NABL standards, deliver confidence in every result. The chamber's digital touch-screen and automatic features let users set up tests up to 99 hours with ease, while the programmable cycle timer and adjustable test speeds optimize testing flexibility.

Integrated Data and Reporting Solutions

Inbuilt data logging capabilities record every aspect of the blade treatment cycle, with easy export via USB for efficient analysis and reporting. The chamber interfaces via USB/RS232 and offers high-resolution measurement with 0.1 mm accuracy. Support for up to six blades per testing cycle ensures operational efficiency, making this a valuable tool for manufacturers, suppliers, and service providers in India.

FAQ's of Razor Blades Treatment Chambers:

Q: How is the Razor Blades Treatment Chamber used for blade endurance and durability testing?

A: The chamber is used to treat and test razor blades by exposing them to controlled temperature, humidity, and cyclic movements. Blades are mounted inside the chamber, where programmable cycles and speeds test their endurance and performance under various conditions.

Q: What safety features are included in the treatment chamber?

A: The chamber is equipped with over-temperature and over-pressure protection to ensure safe operation. The sealed tempered glass door prevents exposure to the test environment while allowing visual monitoring, and all processes are governed by a microprocessor-based system for enhanced safety.

Q: When should the chamber be calibrated, and how is calibration done?

A: Calibration is recommended at regular intervals, as outlined by your laboratory quality procedures or as needed for compliance. The chamber includes calibration services traceable to NABL standards, ensuring measurement reliability and traceability.

Q: Where can the Razor Blades Treatment Chamber be effectively installed and used?

A: This chamber is designed for industrial settings such as manufacturing quality labs, research centers, or supplier facilities. Its floor-mounted design and robust construction make it suitable for intensive and repeated use in blade testing environments.

Q: What is the process for data logging and exporting test results?

A: All test parameters and results are automatically logged by the system. Data can be conveniently exported via the inbuilt USB interface, allowing for seamless integration into quality control reports or further digital analysis.

Q: How many razor blades can be tested simultaneously, and which sizes are supported?

A: The chamber can accommodate up to six standard razor blade specimens per cycle. It is specifically designed for standard razor blade sizes, making it versatile for various blade manufacturers and models.

Q: What are the main benefits of using this treatment chamber for blade testing?

A: Key benefits include precise control over temperature, humidity, and test cycles, high accuracy (0.1 mm), automatic data logging, programmable testing, safety features, and support for multiple specimens-leading to reliable, efficient, and traceable blade testing outcomes.

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