08045476597

SUPERTECH SCIENTIFIC & METALLURGICAL SERVICES
GST : 33AAACE0861G1Z4

Our Products

Testing & Measuring Equipment

Metallography Equipment

Hot Air Oven

Hot Air Oven

Testing Equipment

Laboratory Glassware & Equipment

Digital Microscopic Camera

Metallography Equipment

Engineering Colleges Equipment

Get a Price/Quote

Engineering Colleges Equipment Specification

Measuring Range
02000 N

Operating Voltage
220V AC

Application
Engineering Colleges, Lab Experimentation and Material Testing

Number of Specimens
1 per test cycle

Specimen Size
Standard, adjustable clamps

Test Range
02000 N

Accuracy
1% of reading

Display Type
Digital LCD

Frequency
50 Hz

Resolution
0.01 N

Max Height
400 mm

Response Time
<1 second

Power Supply
220V AC, 50 Hz, single phase

Mounting Type
Table top

Temperature
10C to 40C Operating

Port Size
Standard 8 mm quick connect

Usage
Tensile, Compression and Flexural tests

Capacity
Up to 2 kN

Machine Weight
Approx. 25 kg

Test Width
150 mm

Test Stroke
0150 mm

Control Mode
Manual and Digital

About Engineering Colleges Equipment

Engineering Colleges Equipment

Various types of equipment are required in engineering colleges to conduct tests for diversified nature. We understand the specific requirements of our clients and manufacture quality range of equipment that provide accurate results. Following are the Equipment that we offer for Engineering Colleges:

Strength of Materials Lab
Fluid Mechanics and Machinery Lab
Thermal Engineering Lab Cylindricity
Dynamics Lab
Meteorology and Measurement Lab
Heat Transfer Lab
I.C. Engines Lab
Foundry and Forgings Lab
Physics and Chemistry Labs
Bio-Technology Lab & others
Mechatronics Lab & others

Efficient Lab Testing Solution

Designed for rigorous academic environments, this machine brings reliability, speed, and precision to laboratory experiments. Its digital LCD offers clear measurement readouts with a rapid response time, allowing students and educators to quickly analyze material behaviors. The simple tabletop mounting and user-friendly quick connect port foster easy setup, facilitating convenience for regular lab use.

Robust and Adaptable Design

With a max specimen height of 400 mm and adjustable clamps, this equipment can accommodate a variety of material sizes. Its substantial 2 kN capacity and 1% accuracy assure that tests yield reliable, repeatable data, empowering students to engage in a wide range of engineering material assessments. The combination of manual and digital control modes broadens the scope for experiential learning.

FAQs of Engineering Colleges Equipment:

Q: How does the equipment support both manual and digital control modes?

A: The machine is engineered with dual control options, enabling users to switch between manual adjustments and digital commands seamlessly. This ensures flexibility for different experimental protocols in engineering college labs.

Q: What types of tests can be performed with this equipment?

A: This apparatus is suitable for tensile, compression, and flexural tests, making it ideal for diverse material investigations commonly required in engineering experimentation and coursework.

Q: When should this testing equipment be used in an academic setting?

A: It is best utilized during laboratory sessions focused on material mechanics, structural analysis, or when practical demonstrations of force and deformation concepts are required.

Q: Where can the machine be installed within the laboratory?

A: The equipment features a compact tabletop design and a standard 8 mm quick connect port, making it easy to install on most sturdy lab benches within college laboratories.

Q: What is the process for testing specimens using this machine?

A: Insert the specimen into the adjustable clamps, set the desired test parameters via manual or digital control, and initiate the test. The machine will measure and display the results promptly on the digital LCD.

Q: How does using this equipment benefit engineering students?

A: Hands-on experience with this machine enhances students understanding of material properties under different loads, fostering both theoretical and practical learning essential for future engineers.