Various Metal Working Machines:

Lathes Machines ,

Milling Machines,

Shaping Machines,

Band Saw Machines,

Hack Saw Machines,

Shearing Machines,

Crank Presses Etc.

Welding Generator and Lighting Towers

Welding Generator and Lighting Towers of different sizes

CNC Machinery

CNC Lathe Machine, CNC Milling Machine,5-Axis CNC Machine, CNC Sheering Machine, Plasma Cutting CNC Machine, Laser Cutting CNC Machine, CNC Machine with Automatic Tool Changes

Tooling And Allied Products

Cutting Tools, Drills, Taps, Dies, Reamers, Milling Tools, Hacksaw Blades, Power Tools, Tools, Grinders, Drilling Equipment, non – standard tools for specific industries, Etc.

Various Welding Machineries

MIG Welding, TIG Welding, Spot Welding, Plasma Cutting, Oxy-Acetylene Torches , Butt Welding Machineries and welding Accessories

Various Garage Equipment

Power Tools, Batter Chargers, Service Tools, Body Repair Tools, Different Vehicle Lifting Equipment, Air Compressors, Consumables, Tyre Changer Machine Wheel Balancers Accessories Etc.

Presession Measurement Instruments

Calipers, Micrometers, Bore Gauges, Height Gauges, Precision Depth Gauges, Dial Test Indicators.

Electrical Measurement Instruments

Multimeter, Digital Oscilloscope, Clamp Meter, L CR Meter, Function Generator And Signal Analyzers,

Technical Teaching Equipment

Here at Ellis Trading House PLC, we partner with a world-renowned manufacturers of engineering teaching equipment who specialize in designing and manufacturing of market-leading equipment used by universities, colleges, schools, and training centres around the globe. we focus on providing our clients with equipment which enable their students with real-life understanding to match the skill sets required for the engineering labor market1. our comprehensive range of technical teaching equipment covers various disciplines within Mechanical, Civil, Electrical, Textile and Chemical engineering. Whether it’s aerodynamics, fluid mechanics, materials testing, or control engineering, we offer practical solutions that enhance the learning experience for students in alignment with the Ethiopian Curriculum..


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Educational
Products Range

  1. Structural Engineering Lab:
  2. Geotechnical Engineering Lab:
  3. Transportation Engineering Lab:
  4. Water Resources Engineering Lab:
  5. Construction Technology and Management Lab:
  6. Environmental Engineering
  1. Communications Engineering Lab
  2. Computer Engineering Lab
  3. Control Engineering Lab
  4. Electronics Engineering Lab
  5. Digital Electronics Lab
  6. Power Systems Engineering Lab
  1. Materials Testing Lab:
  2. Thermal Engineering Lab:
  3. Fluid Mechanics Lab:
  4. Machine Shop and Workshop:
  5. CAD/CAM Lab:
  6. Robotics and Automation Lab:
  1. Materials Processing Lab:
  2. Reaction Engineering Lab:
  3. Process Control Lab:
  4. Unit Operations Lab:
  5. Mass Transfer Lab:
  6. Food Engineering lab:
  1. Fluid Mechanics Lab:
  2. Hydraulics Labs:
  3. Advanced Experimental Hydraulics Research Lab:
  4. Water Quality Laboratories

Turn-key Laboratory Solutions

When it comes to supplying turnkey technical education laboratory equipment, the process involves several crucial steps, from concept to implementation.

Remember, a successful turnkey technical education laboratory involves collaboration among educators, administrators, and equipment suppliers. The goal is to create an environment where students can learn, experiment, and develop practical skills effectively

We at Ellis can assist you in tackling this tasks efficiently with our vast experience.

Let’s break it down

  1. Conceptualization:
    • Needs Assessment: Begin by understanding the educational institution’s requirements. What subjects or courses will the laboratory support? Consider the specific needs of students and educators.
    • Curriculum Alignment: Align the lab equipment with the curriculum. Identify the learning objectives, practical experiments, and skills development that the lab will facilitate.
    • Budget and Resources: Determine the budget available for the project. Consider not only the cost of equipment but also installation, training, and ongoing maintenance.

2. Design and Planning:

    • Space Layout: Design the physical layout of the laboratory. Consider factors like available space, safety regulations, and ergonomic design.
    • Equipment Selection: Choose appropriate lab equipment based on the curriculum. This includes items like microscopes, spectrophotometers, robotics kits, chemical analyzers, and more.
    • Integration with Technology: Incorporate technology where needed. For example, integrate computer systems for data analysis or simulation software for virtual experiments.
    • Safety Measures: Ensure safety features are in place, such as emergency exits, fire extinguishers, and proper ventilation.

3. Procurement and Installation:

    • Vendor Selection: Work with reliable vendors who specialize in educational lab equipment. Consider their reputation, warranty, and after-sales support.
    • Ordering and Delivery: Place orders for the selected equipment. Coordinate delivery and installation timelines.
    • Installation and Testing: Set up the equipment in the designated space. Test functionality, calibration, and safety features.
    • Training: Train educators and lab assistants on using the equipment effectively.

4. Implementation and Support:

    • Educator Training: Conduct workshops or training sessions for teachers. Ensure they understand how to integrate lab activities into their teaching.
    • Student Engagement: Engage students in hands-on experiments. Encourage exploration, critical thinking, and problem-solving.
    • Maintenance and Upkeep: Regularly maintain and service the equipment. Address any technical issues promptly.
    • Feedback and Improvement: Gather feedback from educators and students. Use it to improve the lab experience continually.