Instrumentation

The Digital Thickness Gauge is a precision instrument engineered specifically for the accurate and efficient measurement of tube wall thickness. Designed with an ergonomic grip handle and thumb trigger, it enables single-hand operation for rapid inspection, making it ideal for repetitive measurement tasks in manufacturing and quality control.

With a measurement range of 0 to 10 mm, resolution of 0.01 mm, and accuracy of ±20 µm, this gauge ensures high fidelity in results. The spring-loaded spindle ensures consistent contact pressure, while the ABSOLUTE digital system eliminates zero-setting errors and ensures reliable and repeatable readings across multiple sessions.

Key Features

• Optimized for tube thickness measurement

• High precision with ±20 µm accuracy and 0.01 mm resolution

• ABSOLUTE digital system for stable, zero-error readings

• Ergonomic grip handle with thumb trigger for quick operation

• Spring-loaded spindle ensures consistent contact force

• Fast and efficient for industrial quality control and inspection

Applications

• Tube and pipe manufacturing

• Automotive and aerospace component inspection

• HVAC and plumbing systems

• Quality control in sheet metal and tubular goods production

• Precision engineering and fabrication facilities

A Digital Micrometer is a high-precision measuring instrument used for determining small linear dimensions, thickness, and diameters with excellent accuracy. Unlike traditional analog micrometers, digital micrometers feature an electronic digital display that eliminates reading errors and provides fast, easy-to-read measurements. They are widely used in manufacturing, mechanical engineering, metalworking, quality control, laboratories, and research facilities where micron-level accuracy is required.

Key Features

• High Accuracy & Resolution – Typically 0.001 mm / 0.00005 inch resolution.

• Digital Display – Large LCD screen for easy reading without parallax error.

• Metric & Inch Conversion – Switchable units for versatile use.

• Zero Setting Function – Allows resetting at any position for relative measurement.

• Data Output – USB/RS232 interface for transferring readings to PC (in advanced models).

• Hardened Measuring Faces – Carbide-tipped anvils for durability and long life.

• Locking Mechanism – For holding the spindle in place during measurement.

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We bring forth high quality Lab Mechanical Crushers that are used for preparation of wood meal of wood samples for chemical analysis and grinding virtually any material to produce a finely meshed sample

Our Lab Mechanical Crushers are manufactured from cutting edge technology to facilitate high performance and are highly affordable

Four blade rotor Dia 200 mm operating at 400 to 800 rpm.

Interchangeable screen meshes available as per requirement.

Operating voltage: 220 VAC, 50 Hz

Motor Power: 1.5 kW

 

 

Applications : Testing equipment

Brand : V TECH

Color : Blue

Model No : VTLM01

 

Warranty : 10 Month

We are offering Whirling Of Shaft Apparatus to our clients.

Specification:

• Shafts made from steel & of the – following nominal dimensions.
• Dimensions mm in length mm- 4.76mm or (3/16)” 900 or (36) 6.35mm or (1/4)” 900 or (36) 8 mm or (5/16)” 900 or (36)
• Drive ‘PROMPT’ make single phase AC/DC fractional HP 6000 RPM.
• Dimmer stat for controlling of Z Amps speed.

Feature:

• Unique model on which various nodes can be observed for different shaft size
• On this equipment, various nodes can be observed by changing end conditions
• Easy to demonstrate
• Guards for fixing the nodal positions

The range of Experiments:

Display of the various modes of the whirl for a range of shafts with –a) Both ends directionally Free) One end FIXED and the other FREE. Modes of vibration can be studied & the frequency can be measured in each case.

Experimental Procedures:

The speed of rotation of shaft can be measured by use of a Tachometer(Not supplied with the unit.) When the shaft is in the second mode of whirl, the Tachometer may use for accurately determining the nodal position. A stroboscope can also is for speed measurement ( Not supplied with the product.)It is necessary to change the shafts after each experiment. During whirling the shaft is subjected to permanent deformation.

Service Required:

• AC 220 V., 50 HZ. Supply
• Hand tachometer
• Stroboscope

The Motorized Notch Cutter is a powerful and efficient tool designed for precise and consistent notching of materials such as wood, metal, plastic, and composites. Featuring a motorized system, this cutter ensures smooth, quick, and accurate cuts, ideal for industrial, construction, and DIY applications. It is engineered for high durability and ease of use, with adjustable settings to accommodate different material thicknesses and notch sizes.

Key Features:

1. Powerful Motor: Provides high-speed cutting for fast and efficient performance on a wide range of materials.
2. Precise Notching: Allows for accurate, consistent notch cuts with adjustable depth and width settings.
3. Durable Construction: Built with high-quality, long-lasting materials to withstand heavy-duty use.
4. User-Friendly Design: Easy-to-operate controls with ergonomic handle for comfort during extended use.
5. Versatile Material Compatibility: Suitable for cutting wood, metal, plastic, and composite materials.
6. Safety Features: Equipped with protective guards and safety switches to ensure operator safety.
7. Portability: Compact and lightweight, ideal for both on-site and workshop use

The Pressure Head Tester is designed to assess the water resistance of bitumen-based felt materials by simulating real-world pressure conditions. It helps evaluate the durability and performance of the material under water exposure.

Key Features:

1. Precise Pressure Control – Ensures accurate water pressure measurement for consistent testing.
2. Real-World Simulation – Mimics actual environmental conditions like rainfall or water pressure.
3. User-Friendly – Simple interface for easy operation and result interpretation.
4. Durable Build – Constructed from corrosion-resistant materials for long-lasting use.
5. Adjustable Pressure Settings – Allows testing under varying pressure levels to assess different scenarios.
6. Comprehensive Reporting – Provides detailed performance data for thorough evaluation

The Solid Phase Extraction (SPE) Unit is an advanced laboratory instrument used for sample preparation and purification. It isolates and concentrates specific compounds from liquid samples using solid-phase sorbents, improving analysis accuracy in fields like chemistry, environmental testing, and pharmaceuticals.

Key Features:

1. Efficient Sample Purification – Isolates specific compounds with high efficiency.
2. Wide Range of Applications – Ideal for environmental, pharmaceutical, and chemical analysis.
3. High Precision – Provides consistent and reliable results.
4. Easy Operation – User-friendly interface for simple setup and control.
5. Customizable Parameters – Adjustable flow rates and volumes for tailored testing.
6. Compact Design – Space-efficient and portable for laboratory use.
7. Durable Construction – Built for long-term, heavy-duty performance.

The Pipe Friction Apparatus is a fluid mechanics laboratory instrument designed to study frictional losses in pipes. It allows students and researchers to determine the relationship between head loss and flow rate under different pipe diameters and flow conditions. Widely used in engineering colleges, research labs, and training centers, it helps in understanding the fundamentals of fluid flow and hydraulic losses.

Key Features:

• Transparent Test Section: Clear visibility of water flow.

• Multiple Pipe Diameters: Enables study of friction across different sizes.

• Control Valves: For precise flow regulation.

• Manometer / Pressure Taps: To measure pressure drop accurately.

• Sturdy Frame & Tank: Durable construction with anti-corrosive finish.

• Easy Operation: User-friendly setup for academic and research use.

• Educational Use: Ideal for studying Darcy–Weisbach equation and flow resistance.

• Compliance: Designed as per standard fluid mechanics laboratory requirements.

The Falling Dart Impact Tester for Films is a precision instrument used to determine the impact resistance of plastic films, sheets, and packaging materials. The test simulates the impact of a free-falling dart under controlled conditions to evaluate the material's ability to withstand puncture forces.

This tester is compatible with both Method A (38 mm dart) and Method B (50.8 mm dart), allowing flexible testing per ASTM D1709 or similar standards. The dart weights are interchangeable and adjustable, enabling a wide range of impact energy testing. The drop height is also adjustable—commonly at 660 mm and 1524 mm—to accommodate different test specifications.

Constructed with a robust clamping mechanism—either pneumatic or electromagnetic—it ensures stable sample placement for consistent results. Advanced models offer digital counters and data acquisition software for streamlined analysis and reporting.

Key Features

• Supports ASTM D1709 Method A and B
• Adjustable dart sizes and weights for variable impact energy testing
• Two common drop height settings: 660 mm and 1524 mm
• Pneumatic or electromagnetic clamp for secure sample holding
• Optional digital counter and data logging software
• Durable construction with phenolic or steel dart heads
• Operates on standard 220V single-phase power supply