CNC lathe machine Training System, work material for the lathe is Perspex, applying a machine to cut and shape objects out of raw materials, contains a CNC lathe as well as the necessary accessories with control software
CNC milling training system, compact, desk-top unit, exposes students to the historical development of CNC, to standard G-code and use of a computer to control the machine, Features Emergency Stop push-button, door around the spindle and material has limit switches
Ct Controller, Output: 2 X Stepper Motor Controllers, Bipolar, 5 V, Max. 2 A, Supply Voltage: 100-240 V, 50/60 Hz, Power Consumption: Max. 50 Va, Dimensions: 155X170X315 mm3, For Operating The Two Stepper Motors For The Linear Motion Axis And The Rotation Axis Of The Ct Scanner.
Ct Measuring Trough, Material: Acrylic, Thickness Of Sides: 4 mm Approx, Dimensions: 430X150X150 mm3, Made Of Thin Transparent Plastic, Includes Several Special Fittings For Attaching And Connecting ultrasonic Sensors To The Sides Of The Trough.
Ct Sample, Diameter: 60 mm, Height: 70 mm, Black Plastic Cylinder With Non-Uniform Absorption And Speed Of Sound Within Its Interior, With Magnetic Holder For Attachment To The Revolving Stage Of The Ct Scanner, In The Case Of ultrasonic Tomography, Absorption And Speed Of Sound.
Ct Scanner, Linear Movement: Max. 400 mm, Local Resolution: <10 um maximum, Speed Of Movement: 18 Cm/Min, Turning Angle: 0-360 deg, Angular Resolution: 0.225 deg, Maximum Angular Velocity: 1 Rpm, Dimensions: 210X353X520 mm3, For The Purpose Of Generating Tomographic Images.
Analog Breadboard Cable, provides an easy way for students to build their own sensor circuitry and input signal into a interface for data acquisition, six pins available: SIG1, 5V, ID, VRES, GND, and SIG2, with standard British Telecom Analog (BTA) connector
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