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Technical and Vocational Training Institutes enable young minds to carve a niche for themselves in the technical field. A technical and vocational educational training institute focuses on providing a learning environment that is more practical than theoretical. Technical & Vocational Education Training - TVET Lab Equipment is required to be of distinguished quality and abet in the learning process.

TVET Lab Equipment is the perfect choice by TVET Lab Equipment Manufacturers for technical and vocational education and training institutes for giving the young aspirants a platform to do research and experimentation. TVET Lab Instruments require adherence to the safety norms to prevent any mishap or accident.

Atico Lab Export is the name in the industry that has since its inception leading to be the top manufacturer and TVET Lab Equipment Suppliers. The sole purpose of developing, designing, and innovating Vocational Training Lab Equipment is to suit the requirements of the curriculum designed by Technical & Vocational Training Institutes.

To reduce the unforeseen chances of any accident or mishap in a TVET Lab some safety guidelines must be observed-

An awareness program to be initiated to instruct the instructors, laboratory personnel, teachers, and students about the potential dangers and risks involved in working on TVET Lab Instruments.
Teachers should ensure that at all times that decorum is maintained in the laboratory at all times.
TVET Lab Equipment Suppliers take full responsibility for supplying TVET Lab Equipment that comes with an instruction manual. The same must be read and understood well before using the equipment.
A checklist must be created and kept regularly that amentions students' and teachers' personal protective equipment needs.
All-powerful equipment must be clearly labeled, marked, and guarded at all times.
The laboratory floor must be kept dry, clean, and free from any slippery substance at all times to avoid any slip, trip, or fall hazards.
Safety reminders and general operating instructions must be posted near the TVET Lab Equipment to keep the person operating the equipment well informed.
To prevent tipping of any unstable equipment it must be mandatory to secure the equipment to the floor or any stable stand.
Electrical equipment should be well guarded and maintained in a safe condition.
Eye protective devices should be readily accessible for staff and students at all times. The protective equipment includes goggles, safety glasses, and a protective eye shield.
The first aid kit must be handy and accessible to the staff with the required emergency medicines, gauzes, bandaids. The emergency helpline number must be posted, at a significant place that is visible to everyone working in the laboratory.

TVET Lab Equipment Uses and Benefits

Atico Lab Export has endeavored its best to support the growing demands of the technical education sector. The technical and vocational education and training are growing manifolds and we must provide them with the latest Vocational Training Lab Equipment to sustain their learning. In the current global workforce market, there is a high demand for experienced professionals that have thorough technical knowledge and expertise. Technical and Vocational education is a branch of technical studies that require experiential learning.

It is imperative that hands-on learning is aided with technical education training equipment with the latest technology and unrivaled quality. TVET Lab Equipment Exporters have deeply understood the market requirements and designed, developed, and exported TVET Lab Equipment that enables gaining knowledge of fundamentals of applied sciences by students all over the world.

To view our entire range of equipment along with their product description, kindly visit our website and leave a message.

21 TVET Lab Equipment List and Their Uses

TVET stands for Technical and Vocational Education and Training. TVET lab equipment refers to the specialized tools, machinery, instruments, and devices used in TVET labs. These products help to enhance practical training and skill development in young minds for better career prospects.

The specific types of lab equipment used in TVET programs vary depending on the field of study or vocational training. Here are 21 TVET lab equipment list in different disciplines:

1) Soil and Water Model Tank

A Soil and Water Model Tank is a specialized piece of TVET lab equipment. It helps to study and simulate various aspects of soil and water dynamics.

Use: The Soil and Water Model Tank helps in practical training and experimentation in various TVET programs. These programs are related to agriculture, environmental science, civil engineering, and water resource management.

Its common uses that help students learn are:

Study of Groundwater Flow
Analysis of Erosion and Sediment Transport
Assessment of Contaminant Transport
Design and Testing of Drainage Systems
Visualization of hydraulic Structures like dams, weirs, reservoirs, and much more.

2) Process Control Simulator

It helps to teach young minds the principles and practices of process control systems. It helps to simulate industrial processes and allows students to learn about control strategies, instrumentation, and system dynamics. Here are some of the most common uses of a Process Control Simulator tank:

Introduction to Process Control & its fundamental concepts
Control Strategy Implementation
Process Modeling and Identification
Troubleshooting and Fault Diagnosis
Advanced Control Techniques

3) Electric Circuits Lab

An Electric Circuits Lab is an essential component of Technical and Vocational Education and Training (TVET) programs related to electrical and electronics engineering. It provides students with hands-on experience in understanding and analyzing electrical circuits. Here are some technical specifications of an Electric Circuits Lab:

It helps students learn about:

Circuit Construction and Analysis
Ohm's Law and Kirchhoff's Laws
Transistor Amplifier Circuits
Filters and Signal Processing
Digital Circuits

4) Digital Analog Training System

A Digital Analog Training System provides students with a platform to learn the principles of digital and analogue electronics, including circuit design, analysis, and troubleshooting. Here are some technical specifications and common uses of a Digital Analog Training System.

Technical Specifications include:

Breadboard or Circuit Board
Power Supply
Integrated Circuits
Digital Input/Output
Analog Input/Output

Common Uses:

Design & build Digital Circuit Experiments
Construct and analysis of Analog Circuit Experiments
Mixed Signal Integration
Troubleshooting and Fault Diagnosis:
Circuit Simulation and Analysis
Prototyping and Circuit Design

5) Lead and Lag Compensation

Lead and lag compensation are techniques and not specific pieces of equipment. They are implemented and studied in a TVET lab using various tools and equipment. Here's an overview of lead and lag compensation and their applications in a TVET lab:

Lead and lag compensation techniques can be applied to control systems to improve stability.
Students can experiment with different compensator designs and analyze the effect on the system's response.
Lead and lag compensators can shape the frequency response of a system.
Lead and lag compensation help to improve stability margins, such as phase margin and gain margin, in control systems.

6) IC Tool

IC (Integrated Circuit) tools are software or hardware tools for designing, testing, programming, or analyzing integrated circuits. The common types of IC tools used in electrical TVET labs are:

IC Design Tools
IC Testing Tools
IC Programming Tools
IC Analysis and Debugging Tools
IC Modeling and Simulation Tools
IC Characterization Tools, etc

Here are some specific uses for IC tools in a TVET lab:

IC Design and Simulation
PCB Design and Assembly
IC Testing and Troubleshooting
Prototyping and Project Development
IC Analysis and Characterization
Simulation and Virtual Prototyping

7) Stressmaster Polariscope

It is specialized equipment used in fields like mechanical engineering, material science, and manufacturing. It helps students learn about analyzing stress and strain in materials.

Technical Specifications include:

A polarized light source that emits plane-polarized light
Polarizing Filter
Sample Stage:
Retardation Plates:
Analyzer
Observing Unit

It helps students learn the following:

The behavior of materials under load and how stress affects their structural integrity
It helps students analyze how materials deform and respond to external forces.
It is particularly useful in the inspection of transparent or translucent materials, such as glass or plastics.
Students can gain insights into the behavior of materials and evaluate their mechanical properties.
It helps students investigate the effects of different factors on material behavior and develop improved materials and processes.

8) Gyratory Compactor

A Gyratory Compactor is used by civil engineering students, particularly in the testing and analysis of asphalt mixtures. Here's an overview of the technical specifications and uses of a Gyratory Compactor:

Technical Specifications:
Gyratory Motion to compact asphalt specimens
It includes a mold assembly where the asphalt specimen for compaction is placed.
The compactor has a loading system that applies a vertical pressure or force to the asphalt specimen during compaction.
Gyratory Compactors provide temperature control capabilities to perform compaction at specific temperatures.
It comes with sensors that monitor the compaction process parameters, such as applied pressure, gyratory angle, and number of gyrations.
It features a control unit that allows users to set and adjust compaction parameters, monitor the compaction process, and ensure consistency in testing.

Common Uses:

Asphalt Mixture Design
Quality Control and Assurance
Performance Evaluation
Research and Development on the properties and performance of asphalt mixtures.

9) Universal Strut Apparatus

It is a versatile piece of equipment commonly used in TVET laboratory settings. Students from the field of structural engineering and mechanical engineering use it widely.

It aids in the study of the behavior and characteristics of various strut or column configurations under different loading conditions.

Students learn the following:

Strut Buckling Analysis
Analyze the stiffness and load-carrying capacity of struts.
Column Strength Testing is made from different materials or with varying cross-sectional geometries.
End Conditions Analysis
Design Validation

Technical Specifications:

Load Capacity: from a few kilonewtons to several hundred kilonewtons.
Adjustable Configuration
Precise Load Application System
Incorporated with the Deflection Measurement system
Stability and Alignment Control

10) Strain Bridge

It is also known as a bridge circuit. It is a vital TVET lab equipment tool to measure strain or deformation in materials. Students get to learn the following with this TVET Lab Equipment:

Uses:

The primary use of a strain bridge is to measure strain or deformation in materials.
Students learn to assess the performance and behavior of materials, components, or structures under different loading conditions.
The strain bridge measures strain or deformation in materials during mechanical testing.
Strain bridges help in calibrating and verifying other measurement instruments or systems in TVET labs.

11) Water Hammer Apparatus

It helps students learn to study the phenomena of water hammers in fluid systems. Water hammer is the sudden pressure that increases or shock waves that occur when there is a rapid change in fluid flow rate or direction.

Use in TVET Lab

It helps students observe and analyze the effects of water hammer in a controlled environment.
Students use the Water Hammer Apparatus to conduct experiments and investigate different parameters affecting the water hammer. It includes flow velocity, pipe length, pipe diameter, valve closure time, and fluid properties.
The apparatus helps students learn about different valve-closing techniques, such as quick closure, gradual closure, and the use of surge tanks or water hammer arrestors.
Students can learn how to measure and analyze pressure transients associated with water hammer events, enhancing their skills in instrumentation and data acquisition.
By experimenting with the Water Hammer Apparatus, students can gain insights into system design considerations to minimize or eliminate water hammers.

12) Vacuum Evaporator

A vacuum evaporator is used in chemistry, chemical engineering, and environmental science labs.

It is used for various purposes, including concentration, purification, and solvent recovery. It helps young aspirants learn about the following:

The concentration of solutions by removing the solvent under reduced pressure.
A vacuum evaporator enables students to recover solvents by evaporating them from a solution, leaving behind the desired solute.
Vacuum evaporators are used in TVET labs for distillation studies.

13) Hydraulic Test Bench

A hydraulic test bench allows students to learn about hydraulic principles, components, and troubleshooting. TVET labs are equipped with it to help students learn about:

With a hydraulic test bench, students can study the behavior and performance of hydraulic pumps, valves, cylinders, and other components in a controlled environment.
The students get hands-on experience in working with hydraulic systems. They learn how to assemble, disassemble, and connect hydraulic components, perform system adjustments, and troubleshoot common hydraulic issues.
Students get to understand the principles of fluid power.
Students learn to evaluate the performance and characteristics of various hydraulic components, such as pumps, valves, actuators, and filters.

14) Mixer Granulator Dryer

A Mixer Granulator Drier is used in pharmaceutical, chemical, and food processing labs. It also provides valuable learning opportunities for students in specific fields. It helps them learn the following:

The Mixer Granulator Drier allows students to study the mixing, wet granulation, and drying stages, involved in producing granules from powder materials in industries such as pharmaceutical manufacturing.
Students can explore mixing various powders or granules using the Mixer Granulator Drier.
The equipment enables students to understand the wet granulation process, where a liquid binder is added to the mixed powders to form granules.
The Mixer Granulator Dryer allows students to learn about the drying process used to remove moisture from granules.

15) Ultrafiltration Pilot

An Ultrafiltration Pilot is used in water treatment, biotechnology, and pharmaceutical industries. Here are its uses in TVET Lab:

The Ultrafiltration Pilot allows students to learn about the removal of suspended solids, colloids, bacteria, and other particulate matter from water using a semi-permeable membrane.
Students can gain hands-on experience with membrane technology by operating the Ultrafiltration Pilot.
The equipment provides an opportunity for students to optimize the ultrafiltration process.
Students can assess the quality of the treated water. They can evaluate the system's effectiveness in removing contaminants and achieving desired water quality standards.

16) pH Control Bench

pH Control Bench provides students with hands-on experience in pH measurement, control, and adjustment in chemistry, chemical engineering, and environmental science, fields.

The pH Control Bench allows students to learn about pH measurement principles and techniques.
Students can study pH control and adjustment processes using the pH Control Bench.
The pH Control Bench provides an opportunity for students to calibrate and maintain pH meters and electrodes.
The pH Control Bench helps to conduct titration experiments. It helps them develop skills in performing precise and accurate titrations.
Students can use the pH Control Bench to analyze the pH of water samples.
The pH Control Bench enables students to optimize pH control processes in various applications.

17) Fluid Friction Plant

A Fluid Friction Plant is widely used in TVET labs dedicated to fluid mechanics, engineering, and physics. The equipment demonstrates the concept of fluid friction and its effects on flow behavior.

The Fluid Friction Plant allows students to learn about fluid friction and its significance in various engineering applications. With Fluid Friction Plant, students can learn the following:

Students can analyze pressure drops along the fluid flow path.
The students learn to practice flow measurement techniques, such as using differential pressure devices (e.g., Venturi meter, orifice plate) or flowmeters (e.g., electromagnetic flowmeter, turbine flowmeter).
The Fluid Friction Plant helps to study the fluid flow behavior in pipe networks.
Students learn to calculate energy losses in the fluid flow system using the Fluid Friction Plant.

18) Spray Dryer

A spray dryer is used in food processing, pharmaceuticals, and chemical engineering TVET labs. Its use in TVET labs is the following:

The spray dryer allows students to study and understand the drying processes used in various industries.
Students can gain hands-on experience in producing powders using the spray dryer.
With a spray dryer, students can experiment with different operating conditions, such as nozzle types, feed concentrations, and drying parameters, to achieve desired powder characteristics and maximize drying efficiency.
Students can use the spray dryer to develop new product formulations or improve existing ones.
Students learn to evaluate the quality of the dried powders by analyzing various parameters.

19) Drum Dryer

A drum dryer is used in food processing, chemical engineering, and pharmaceuticals for drying various materials. In a TVET lab, the drum dryer can provide students with hands-on experience and learning opportunities in the following ways:

Students can learn about the principles of drum drying.
The drum dryer allows students to dry different materials, such as food products, chemicals, or pharmaceuticals.
Students can experiment with different operational conditions, such as drum speed, airflow rate, and temperature, to optimize the drying process.
Students can assess the quality of the dried material by conducting tests such as moisture content analysis, particle size distribution, and sensory evaluations.

20) Mixing Vessel

A mixing vessel, also known as, a mixing tank or mixer, is a commonly used TVET lab equipment. It is used in TVET chemical engineering, pharmaceuticals, food processing, and biotechnology labs.

It has various uses for the students as they learn the following:

Students can learn about different mixing techniques, such as agitation, blending, and homogenization.
The mixing vessel allows students to perform batch-mixing operations. They learn to work with different substances, liquids, powders, or granules.
Students get to experiment with various mixing parameters, such as mixing speed, time, and the arrangement of mixing elements to optimize the mixing process.
Students can explore the challenges in scaling up mixing processes from the lab scale to industrial production.

21) Francis Turbine

A Francis turbine is a type of water turbine that converts the energy of flowing water into mechanical energy. It is commonly used in hydropower plants and is an excellent learning tool in a Technical and Vocational Education and Training (TVET) lab. Here's what students can learn by studying and working with a Francis turbine in a TVET lab:

Students can learn about the principles of hydropower generation by studying the Francis turbine.
The Francis turbine provides a perfect and real example for students to explore turbine design and components.
The study of the Francis turbine allows students to learn more and better fluid mechanics principles.
Students can analyze and evaluate how changes in operating conditions, such as flow rate and head, impact turbine efficiency and power output and affect its performance.
Working with a Francis turbine allows students to gain practical knowledge of maintenance and troubleshooting techniques.