HKP’s Flexible & Responsive Motion Solutions Collaborate with AI Algorithms to Power Humanoid Robots

It wasn’t long ago when the idea of humanoid robots performing everyday tasks was just something seen in science fiction films. But today, the prospects of machines delivering food, and helping with tasks ranging from folding laundry to handling hazardous materials have taken a quantum leap forward. 

Artificial intelligence (AI) has brought new investment to the market. The links between humanoid robots and AI are integral, as AI technologies enable humanoid robots to perform tasks, interact with their environment, and communicate with humans in adaptive ways.

 

The majority of the market today focuses on software algorithms that process & interpret data from cameras and sensors. This enables robotic hardware to identify objects, recognize patterns and interact with changes in the environment. AI-based control systems are learning to interact with motion control solutions, to manage precise movements that facilitate smooth actions which mimic human movement.

 

HKP is actively involved in the Humanoid Robotic market. HKP’s actuators are becoming more adept at interacting with AI algorithms – to help robots plan and execute movements in a safe and efficient manner. Actuators form the joints and lead screws control the limbs of humanoid robots. 

 

HKP linear actuators create force and motion. They consist of a rotary motor (stepper, brush DC or brushless servo) and a threaded lead screw with a precision nut. As the motor spins, the actuator converts the motor’s rotation into motion by moving the nut, which can then move the limbs on a humanoid robot. The flexibility & responsiveness of HKP actuators enables control systems to adjust as necessary, which is critical for humanoid robot applications. 

 

HKP Lead Screw Assemblies provide exceptional performance, long life and require no maintenance. High accuracy threads with superior uniformity deliver precise motion and reduce noise and vibration. Nut configurations are made of self-lubricating acetal and kerkite High Performance Composite Polymers, which can effectively reduce the amount of torque required to actuate the plunger. This can lead to longer battery life and a possible reduction in motor size. HKP lead screws are an enabling technology that opens up a whole new range of designs that require reduced power consumption and weight reduction without sacrificing performance or reliability. 

 

Today, approximately 70% of manufacturing in China for industrial components is already being done by automated machinery.  Humanoid robots can play an important role in completing tasks that are dangerous, repetitive, or simply dull. Most analysts project increased demand for robots in mining, disaster rescue, nuclear reactor maintenance, chemical manufacturing, and many other industries – including providing labor for markets that don’t have enough workers, such as elder care. 

The worldwide market for humanoid robots is projected to reach $38 billion by 2035. Much of the hardware for humanoid robots is available today – including cameras, force sensors and batteries. 

Companies like HKP are leading the way in providing small, powerful and flexible motion control solutions – such as motors, actuators, lead screws and encoders – that are needed to power humanoid robots.       

To learn more 

Headquarters
Haydon Kerk Motion Solutions, Inc
Haydon Products Division
1500 Meriden Road
Waterbury, CT 06705 USA
+1 800 243 2715 (Toll Free)
+1 203 756 8724 (Fax)
+1 203 756 7441 (International)
info.haydonkerk@ametek.com
www.HaydonKerkPittman.com

 

Locations
Waterbury, CT
Milford, NH
Harleysville, PA
New District, Changzhou, China 
Jiuting, Shanghai, China 
Bouguenais, France 
Pegnitz, Germany 
Bangalore, India 
Suwon-city, Gyeonggi-do, Korea 
Penang, Malaysia
Reynosa, Tamaulipas, Mexico

Haydon Kerk Pittman are brands of AMETEK Advanced Motion Solutions along with Dunkermotoren, and AMETEK Dynamic Fluid Solutions.