We have a dedicated team specializing in mechanical equipment design, industrial automation, robotics, and embedded systems. We develop unique, innovative, and patentable products that simplify complex technological concepts. Below are some of our successful developments.
Monopermute is a single piece wonder. Using several identical pieces, you can assemble six different 3D shapes—the trick lies in the way you arrange the pieces. You will need to think outside of the box and use your visualization skills to master the final assembly. This patented product is now available to purchase.
The three wheeled robot is our first robotic educational product. You will love to see various kinds of motion this robot is able to achieve. By understanding its working you will learn a lot about this robot.
This is a fully automated Juice Filling Plant designed for hands-on learning in industrial automation. It is controlled by a Delta PLC and includes sensors, pneumatic actuators, conveyors, and a robotic arm. The system performs bottle filling, material handling, and sorting automatically. It provides practical experience with real industrial automation concepts.
This is an innovative Mono Arm Crawling Robot which mimics the caterpillar movements. It moves forward with the help of only one servo motor even though its wheels are not motor powered. It has two degrees of freedom. This robot moves by using its only arm which grips the ground with the help of a uniquely developed gripping mechanism. This robot can be used for research and educational purposes. It is developed in Solid Works.
This robot has a unique motion due to its three rotating legs. At any point of time at least two legs will be on the ground and the leg which is in the air will stretch and help the robot to move forward.
If you are keen on understanding the physics behind gears, Spinfun is the right product for you. This mechanism produces fascinating motion. You will be able to understand why different parts of this mechanism behave the way they do by studying the physical laws that govern the gears. The detailed illustrations that come with this product help you understand the motion.
This is a simple yet clever two-legged robot built for unique movements. Instead of walking forward and backward like a normal robot, it moves sideways. To turn around, it uses a smart internal steering mechanism in its body that shifts its weight and leg angles with the help of a center servo motor. By using smart mechanical parts it reduces the use of extra motors. It is mechanically developed in Solid Works and simulated in ROS2 and Gazebo.
This is a Linear PCB Motor designed for a client to move the fader (slide potentiometer) in a mixing console. The complete motor winding is integrated directly into the PCB, while a permanent magnet mover provides linear motion. This makes the design compact, efficient, and reliable. The motor delivers smooth and accurate movement for precise fader control. It is suitable for audio equipment, automation, and other precision motion control applications.
This 16-pole PCB Motor is developed to demonstrate the working of PCB-based electric motors. The complete winding is printed on a 12-layer PCB, and the rotor is fitted with permanent magnets. Using active frequency control, the motor reaches 7500 RPM at 1000 Hz. It helps students understand modern motor construction and control techniques.
This is a 17 Degree of Freedom (DoF) Humanoid Robot developed for research and educational purposes. The robot's movements are first simulated using ROS 2 and Gazebo, and then tested on physical hardware. It provides hands-on experience in robotics, simulation, motion control, and embedded system development.