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MTL System provides educational trainig courses for teacher and students. We also can tailor special engineering courses that suit your schools or organisations.


Please contact us for a non-obligation discussion.

Services / Training Courses


Interactive Physics Software Course



Model Science ChemLab Software Course



M28 Microprocessor BASIC Programming Course



ADLINK DPAC CoDeSys Programming Course




Following is our list of current courses :

 Interactive Physics Software Course :

All purchases of Interactive Physics Software (50 licenses and above) from us includes 2 hours of free training for your teacher at your school premises. However, we also provides extra hours at certain fees if needed.

** (This is only applicable to Singapore Customer)**


Or if you need to tailor the usage of Interactive Physics Software for your school curriculum , please contact us for a Non-Obligation course reviews and planning by our experience instructors.


Our workshops offer a dynamic forum for instructors to both learn and teach physics with deeper understanding, through motion simulation technology.

** Click here for more details on the product.

Model Science ChemLab Software Course :

All purchases of Model Science ChemLab Software (50 licenses and above) from us includes 2 hours of free training for your teacher at your school premises. However, we also provides extra hours at certain fees if needed.

** (This is only applicable to Singapore Customer)**


Or if you need to tailor the usage of Model ChemLab Software for your school curriculum , please contact us for a Non-Obligation course reviews and planning by our experience instructors.


Our workshops offer a dynamic forum for instructors to both learn and teach chemistry with deeper understanding, through computer simulation technology.

** Click here for more details on the product.

M28 Microprocessor Programming Course :

Our M28 microprocessor board is easy to used and to program. Using the PICAXE programming USB programming cable, the users can direct program the code onto the board and debug. The BASIC programming language is easy to learn and apprehend, and thus speedd out the learning curve.

Our course is a one day course which will cover Digital aand Analog Input and output control.


** Click here for more details on the product.

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ADLINK DPAC CoDeSys programming course was created to be use with our CoDesys Trainer kits :

1) Object Counter System

2) Metallic Materials Sorting System

3) Vision Inspection System

4) Keyboard Test System

5) Pick and Place System

6) Integrated Colour Recognition & Sorting System

The course is a three full days course which will cover all basic and advance aspects in programming CoDeSys language in inductrial applications.

ADLINK DPAC CoDeSys Programming Course :

MTL CoDeSys Object Counter System

MTL CoDeSys Metallic Materials Sorting System

MTL CoDeSys Vision Inspection System

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MTL CoDeSys Keyboard Test System

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MTL CoDeSys Pick and Place System

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MTL CoDeSys Integrated Colour Recognition & Sorting System

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This station sorts spherical work-pieces according to their colours (white,black,blue). The work pieces are fed manually to a magazine. At the end of the magazine, the work pieces are sorted individually to a holder.
A vision camera is mounted at the holder and colour information of the work pieces is captured. Depending on the colour, the work piece is then transferred to one of the three chutes via motorized elevator. The chutes are linked to the loading magazine. The cycle then repeats.

This station provides counting functions that accepts spherical work pieces which is loaded manually into a funnel. The work piece is then transfers to a slider via a rotary disc and is stopped by a gate door.

Each work piece is counted and sense by a reflective sensor (sensor3).

Once the pre-determine number of work pieces are reached, the gate door will be released and all the work pieces will be drop into a collection bin. The software will provide a GUI showing the counting on the LCD Monitor.


The station consists of a conveyor belt with a metallic sensor, a solenoid and a stepper motor drive system. The station will sort between metallic and non-metallic work pieces.
The work pieces are place manually on the conveyor belt and are then transported to the far end.

An Inductive sensor will differentiate the work piece by sensing its properties. The non-metallic work piece will be ejected into the non-metallic collection bin by the solenoid and the stepper motor drive system.
For metallic work pieces, the conveyor belt will move forward where it is drop into the metallic collection bin.

The station consists of a conveyor belt, vision system, a solenoid and a stepper motor drive. The system need to sort 3 types of work pieces. The work pieces are place manually on the conveyor belt and are then transported under the inspection camera.

The camera will capture the part under test and compared with the stored images in the system memory.
Each different part is being sorted to the respective collection bins by the solenoid and the stepper motor drive system.

The software will provides a GUI showing the sorting process on the LCD monitor as well as the images being capture during the sorting process.

The station consists of a X & Y axis stepper motor system and plunger system.
The Keyboard under test is loaded manually on to the test platform. When the test program is executed, the plunger will start to type the Keyboard.

Each key press is compared with the program alphanumeric stored value. Any faulty keys will be display on the LCD Monitor after the test is ended.

The station consists of a linear transfer unit, a gripper and a rotary table.
The gripper will pick up the work piece from the holder at position 1 (POS1). The work piece is transfer via the linear transfer system and place at position 3 (POS3).
The rotary table will then rotate 180 degree which position the work piece at position 2 (POS2).

The gripper will pick up the work piece at position 2 (POS2) and place it at position 1 (POS1).
The whole process can be repeated again.

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