6.- MECHATRONICS & AUTOMATION

Mechatronics and Automation are the areas of engineering focused on the study and develop of machinery to implement autonomous and smart industrial processes through computer and electronic control. This machinery is designed to increase the control and productivity of an industrial process, in addition to facilitating work to the human being. The motion control of machinery and actuators, the real-time control of variables of a process and the PLC automation increase the agility and efficiency with regard to the production of a machine, and reduce all those actions that do not add value to the final product or prolong the processes.

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The need of the industry to automate current industrial processes has allowed the development of control elements, such as Programmable Logic Controllers (PLC), which increase the speed and efficiency of both simple processes and complete industrial processes. The incorporation of assembly robots in assembly lines has increased the volume of work and the adjustment to production. In addition, Motion Control technologies, such as servomotors, make it possible to perform precise movements at specific positions, control speed or torque.

The continuous development of mechatronics technology is laying the foundations of smart production systems, improving the quality of the finished product while maintaining a constant quality, detecting faults at the right time and adapting production to the market, increasing the production and flexibility of the machines.

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MECHATRONICS & AUTOMATION SUBCATEGORIES

6.1.- MECHATRONICS

Mechatronics is the area of engineering that includes mechanical engineering, electronic engineering and computer engineering. The main objective of mechatronics is the automation of machines. To achieve this objective the Automation Industry has developed electromechanical and computerized...
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6.2.- PLC AUTOMATION

Automation is the use of computerized and electromechanical systems to control machinery and industrial processes. One of the elements that can automate and control processes is the Programmable Logic Controllers (PLC). A PLC is a small industrial computer designed to work in industrial...
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6.1.- MECHATRONICS 6.2.- PLC AUTOMATION

MECHATRONICS & AUTOMATION EQUIPMENT

1.- PHYSICS 2.- ELECTRONICS 3.- COMMUNICATIONS 4.- ELECTRICITY 5.- ENERGY 6.- MECHATRONICS & AUTOMATION 7.- MECHANICS 8.- FLUID MECHANICS 9.- THERMODYNAMICS & THERMOTECHNICS 10.- PROCESS CONTROL 11.- CHEMICAL ENGINEERING 12.- FOOD & WATER TECHNOLOGIES 13.- ENVIRONMENT 14.- BIOMEDICAL ENGINEERING LABORATORY ACCESSORIES CUSTOMIZED PILOT PLANTS
6.1.- MECHATRONICS 6.2.- PLC AUTOMATION
6.1.1.- CONTROL 6.1.2.- ELECTRONICS 6.1.3.- HYDRAULICS AND PNEUMATICS 6.1.4.- MECHATRONIC SOFTWARE 6.2.1.- PLC OPTIONS 6.2.2.- HARDWARE EMULATORS 6.2.3.- INSTRUMENTATION AND CONTROL WITH PLC 6.2.4.- INDUSTRIAL APPLICATIONS WITH PLC 6.2.5.- WORKSTATION APPLICATIONS WITH PLC 6.2.6.- FLEXIBLE MANUFACTURING SYSTEMS WITH PLC
6.1.1.1.- THEORETICAL-PRACTICAL FUNDAMENTALS 6.1.1.2.- INDUSTRIAL CONTROLLERS 6.1.1.3.- INDUSTRIAL SYSTEM APPLICATIONS 6.1.2.1.- SENSORS AND ELECTRONIC INSTRUMENTATION 6.1.2.2.- POWER ELECTRONICS AND INDUSTRIAL ELECTRONICS 6.1.3.1.- HYDRAULICS 6.1.3.2.- PNEUMATICS 6.2.2.1.- MANUFACTURING SYSTEMS 6.2.2.2.- FLOW AND LEVEL CONTROL 6.2.2.3.- TRANSPORT AND SORTING 6.2.2.4.- ELECTRICAL MACHINES CONTROL 6.2.2.5.- TRAFFIC & PARKING CONTROL 6.2.2.6.- HOME AND OFFICE 6.2.5.1.- PIECES FEEDING WORKSTATIONS APPLICATIONS 6.2.5.2.- PROCESSING WORKSTATIONS APPLICATIONS 6.2.5.3.- ROTARY TABLE WORKSTATIONS 6.2.5.4.- PIECES MANIPULATOR WORKSTATIONS APPLICATIONS 6.2.5.5.- ROBOTIC WORKSTATIONS APPLICATIONS 6.2.5.6.- PIECES IDENTIFICATION WORKSTATIONS APPLICATIONS 6.2.5.7.- CNC WORKSTATIONS APPLICATIONS 6.2.5.8.- STORING WORKSTATIONS APPLICATIONS
Showing 85-96 of 211 item(s)
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WORKCELL APPLICATION - N-EM-CTRA
  • N-EM-CTRA
Available
6.2.2.1.- MANUFACTURING SYSTEMS

N-EM-CTRA

Workcell Application

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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PUMP CONTROL - N-EM-CB
  • N-EM-CB
Available
6.2.2.1.- MANUFACTURING SYSTEMS

N-EM-CB

Pump Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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DIRTY-WATER PUMP SYSTEM - N-EM-SBAR
  • N-EM-SBAR
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-SBAR

Dirty-Water Pump System

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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PUMP SYSTEM (PRESSURE) - N-EM-SBP
  • N-EM-SBP
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-SBP

Pump System (Pressure)

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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CANALIZATION SYSTEM - N-EM-SCA
  • N-EM-SCA
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-SCA

Canalization System

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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FILLING PROCESS OF TANKS - N-EM-PLLT
  • N-EM-PLLT
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-PLLT

Filling Process of Tanks

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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SLUICE GATE CONTROL - N-EM-CCO
  • N-EM-CCO
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-CCO

Sluice Gate Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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LEVEL AND FLOW CONTROL - N-EM-CNC
  • N-EM-CNC
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-CNC

Level and Flow Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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WATER TOWER LEVEL CONTROL - N-EM-CNTA
  • N-EM-CNTA
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-CNTA

Water Tower Level Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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SILO CONTROL - N-EM-CS
  • N-EM-CS
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-CS

Silo Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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LIQUIDS MIXING CONTROL - N-EM-CML
  • N-EM-CML
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-CML

Liquids Mixing Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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MIXER CONTROL - N-EM-CME
  • N-EM-CME
Available
6.2.2.2.- FLOW AND LEVEL CONTROL

N-EM-CME

Mixer Control

The "N-EM" are a series of emulators that provide the students the required hardware to emulate the most common automatic systems.The "N-EM" modules are designed to work with the "AE-PLC" units to obtain the fundamental knowledge of PLC...
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