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Ra 0.05 10 Um Surface Roughness Tester

Name: Ra 0.05 10 Um Surface Roughness Tester
Brand: Sami Lab Tek
Price: 55000.0 INR
Availability: InStock

Price 55000.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Ra 0.05 10 Um Surface Roughness Tester Specification

Connectivity Type
USB port for data transfer

Measurement Range
Ra 0.05 ~ 10 m, Rz 0.1 ~ 50 m

Protection
Carrying Case Included

Capacity
Internal memory stores up to 100 readings

Pressure Range
Atmospheric

Sensor Type
Piezoelectric inductive sensor

Temperature Range
0C - 40C

Diameter
Probe tip: 10 m radius

Humidity %
90% RH

Resolution
0.001 m

Application Media
Machined metal, plastic, glass, ceramics

Material
ABS Engineering Plastic

Power Supply
Built-in rechargeable lithium-ion battery / USB charging

Power Consumption
<3 W

Accuracy
10%

Display Type
LCD Digital Display

Range
Ra 0.05 - 10m

Cut-off Lengths
0.25 mm, 0.8 mm, 2.5 mm selectable

Operation Time
Over 20 hours continuous use per charge

Measuring Force
Approximatly 4 mN

Standards Compliance
Conforms to ISO, DIN, ANSI, JIS standards

Data Output
USB (cable supplied)

Charging Time
Approx. 4 hours

Dimensions
140 mm x 53 mm x 48 mm

Weight
Approx. 420 g (with battery)

Equipment Type
Surface Roughness Tester

Filter Type
Digital Gaussian

Ra 0.05 10 Um Surface Roughness Tester Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Ra 0.05 10 Um Surface Roughness Tester

We are a leading supplier and exporter of high-precision Surface Roughness Tester (Ra 0.05 10 m), designed for accurate measurement of surface texture and finish on machined components. This instrument is widely used in manufacturing, automotive, aerospace, and quality control industries to ensure surface finish standards are met.

The offered roughness tester is engineered using advanced digital sensing technology, providing fast, reliable, and highly accurate results. Its portable design makes it suitable for both workshop and on-site inspection applications.

Product Details:

Product Type: Surface Roughness Tester
Measurement Range: Ra 0.05 10 m
Usage: Industrial / Quality Control
Display Type: Digital LCD
Power Supply: Battery Operated
Material: ABS / Metal Body
Application: Surface Finish Measurement

Key Features:

High accuracy and stable performance
Wide measurement range for multiple surface types
Portable and lightweight design
Easy calibration and user-friendly interface
Fast measurement with digital readout
Suitable for rough and fine surface inspection

Specifications:

Parameters Measured: Ra, Rz (model dependent)
Ra Range: 0.05 10 m
Resolution: 0.001 m
Accuracy: 5% or better
Cut-off Length: Standard selectable values
Display: Digital LCD
Sensor Type: Stylus probe system

Applications:

Automotive and aerospace components
Machined parts inspection
Tool room and manufacturing industries
Metal finishing and fabrication units
Quality control laboratories

Trade Information:

Supply Ability: As per requirement
Delivery Time: 12 weeks
Packaging Details: Standard protective packaging

Advanced Surface Profiling Technology

Utilizing a highly sensitive piezoelectric inductive sensor and a digital Gaussian filter, this tester delivers accurate surface roughness readings within the range of Ra 0.05 to 10 m. Its robust design conforms to international standards (ISO, DIN, ANSI, JIS), making it ideal for professional quality inspections across various industries.

User-Friendly and Efficient Operation

The device offers over 20 hours of operation per charge and comes with a USB-powered rechargeable lithium-ion battery. With simple controls, selectable cut-off lengths (0.25, 0.8, and 2.5 mm), and an intuitive LCD digital display, users can achieve precise measurements quickly. The internal memory can store up to 100 readings for later analysis or transfer.

Versatile Application and Durable Design

Crafted from ABS engineering plastic, the tester is lightweight yet durable, suitable for use in diverse environments. Its carry case enhances portability, while the USB data output streamlines record keeping. This device operates in varying temperature (0C-40C) and humidity (up to 90% RH) conditions, making it reliable for both manufacturing sites and quality labs.

FAQ's of Ra 0.05 10 Um Surface Roughness Tester:

Q: How does the Ra 0.05-10 m Surface Roughness Tester operate?

A: This tester employs a piezoelectric inductive sensor combined with a digital Gaussian filter to measure surface roughness. Simply select the desired cut-off length, place the probe on the target surface, and read the results directly from the LCD digital display.

Q: What materials can be measured using this surface roughness tester?

A: The tester is suitable for evaluating machined metal, plastic, glass, and ceramic surfaces, providing reliable roughness readings across a diverse range of materials commonly used in manufacturing and industry.

Q: When should the device be recharged, and how long does it take?

A: The built-in rechargeable lithium-ion battery supports more than 20 hours of continuous use per charge. It's advisable to recharge the device when the battery level is low, which typically takes around four hours using the supplied USB cable.

Q: Where can the stored measurement data be accessed or transferred?

A: Measurement data are stored internally, with a capacity of up to 100 readings. Data can be quickly exported to a computer via the provided USB port and cable for further analysis or quality documentation.

Q: What is the process for ensuring accurate surface measurements?

A: Ensure the probe tip is clean and securely positioned on the surface. Select the appropriate cut-off length based on application and follow on-screen prompts for measurement. The digital Gaussian filter further enhances result accuracy.

Q: What are the key benefits of using this surface roughness tester in quality control?

A: Benefits include fast, precise measurements conforming to international standards, ease of data export for compliance, and robust operation in field and laboratory settings. The device's portability and durable build support frequent use in varied industrial environments.

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