Notes

OptiStak Robotic Potato for Tasteful Selections
Using state-of-the-art production technology, Tasteful Selections is owning every step of the potato production process. As the company expands its business and wants to optimize production, it turned to Schneider Packaging Equipment, a Fanuc Authorized Systems Integrator (ASIA). The company chose the OptiStak robot for a variety of applications, including pallet racking, packaging, and pallet slicing.

Challenger Big Potato

The Challenger Big Potato is a robot that competed in This is Fighting Robots Season 1.5. It is a two-wheeled robot that is armed with a vertical spinning disc and a broad front wedge. roboticpotato.com can run inverted and self-rights when it runs into the walls of the arena. Its wide, heavy-armored wedge is one of the most heavily-armored in the competition. Its spinner also boasts high top speeds. Its wedge is one of the best-armored wedges in This is Fighting Robots, while its spinner is among the fastest in the competition. However, the wedge is exposed at the sides, making access to the wheels difficult.

The original owner may not have been aware that he was growing a world-record potato. But he had to dig carefully to avoid destroying its structure. The owner is not sure how the potato was used, whether it was cooked, mashed, or boiled. Regardless of its ultimate fate, the Challenger Big Potato is still unveiled as a world record contender, with the challenger appearing in New Zealand in 2021.

This is Fighting Robots

The first episode of This is Fighting Robots was a rousing success, with viewers lining up to see who would take home the $1 million prize. The show is based on a robotics competition held at Labman's headquarters in North Yorkshire, UK. The episode featured Ed Dawson and his robot Kakute competing against one another. This was a particularly intense battle, with a time limit of two months to complete it.

The show's robots posed a number of challenges. For example, the robots' weights vary from a kilogram to a kilogram, and the team at This is Fighting Robots is experimenting with different weights and materials. They are also experimenting with different types of attack robots. The goal of the competition is to inspire the next generation of engineers.

Not only does the show feature a wide range of robots, but it also features human-sized robots that fight in hand-to-hand combat. The robots can compete individually or in teams. In addition, they are remotely controlled.

mGrip soft gripper

Soft Robotics' mGrip soft gripper is a perfect solution for handling food items without damaging them. This new technology was developed to solve the challenges of moving a shifting bag of potatoes. It features pneumatic air pressure control to help operators tighten or loosen their grip on the potatoes. This technology also determines how many potatoes are required to fill a box and where they should be placed.

The mGrip is easy to integrate and is designed to handle a variety of product shapes and sizes. It is also suitable for handling delicate and irregular products, which makes it a valuable asset in the food processing industry. Because the robot's gripper mimics the human hand, it's the perfect choice for processing a wide range of food products, including meat, vegetables, bread, tomatoes, and many more. The mGrip is compatible with any type of robot. The robotic gripper is versatile enough to handle multiple SKUs without compromising quality.

Soft robots require good sensors to operate properly. The gripper must have good proprioception and tactile senses to perform accurate tasks. MIT researchers have developed new tools to improve the soft robotic gripper's capabilities.

Staubli robot

The Staubli robot was developed to fill and decorate potato top pies. It has a six-depositor head that could cover six top pies at a time. The system also has a servo axis that indexes a large plunger system to push the correct amount of mashed potato from each depositor. The entire machine is supervised by a Siemens safety PLC and features a user-friendly HMI for the operator.

The Staubli TS2-60 new generation SCARA robot was chosen for the project because of its hygienic design and lowest risk of contamination droplets. It also uses food-grade oil for lubrication. It uses a Siemens S71200F safety PLC controller and a V90 value servo drive for simple motion control tasks. The robot is controlled via a Siemens HMI and the team reported that the biggest challenge in the project was managing the communication between the robot and the PLC controller.
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