SD1 simulation robotic manipulator is intended to help school pupils and students learn the basics of industrial robotics with the use of manipulators, demonstrate the kinematic principles of operating these robots and their technical capabilities.

SD1 simulation robotic manipulator can be equipped with different add-ons (pencil holder, pneumatic suction cup, gripper, laser engraving device or 3D printing device), thereby expanding the range of applications and tasks performed.

Main distinctive features:

• 100% developed and manufactured in Russia.
• Able to perform real-life robotic tasks which are common for this category of equipment.
• Four-axle manipulator.
• Possibility to install replaceable grips and connect auxiliary devices.
• The robotic motion is enabled via Cartesian coordinates and axis rotation angles, with a given speed and acceleration.
• Durable aluminum structure.

SD1-4-350 scope of supply:

• Power supply unit.
• Power supply cable.
• Suction cup with servo-motor.
• Mechanical gripper.
• Pencil/ felt-pen holder.
• Laser engraving device with protective glasses.
• 3D-printing device (hot-end) with filament feeder and an object-glass.
• Remote control panel.
• Wireless communication module.
• Fixings for the erector set.

SD1-4-350 specifications:

• No of axis 4.
• Operating radius: up to 350 mm.
• Engine type: stepper motor.
• 1st axle rotation angle: 180°.
• 2nd axle rotation angle: 125°.
• 3rd axle rotation angle: 140°.
• 4th axle rotation angle: 180°.
• Repeated positioning accuracy: 0.2 mm.
• Maximum payload: up to 500 great.
• Rated power: 100 W.
• Rated voltage: 12 VDC.
• Operating temperature: 0-40 °C.
• Relative humidity: 45-80%.
• Protection class IP20.
• Dimensions (W x H x D) 216х302х329 mm.