Pal Robotics

Palo Robotics offer a wide range of robots that are used in logistics, stock-taking, inventory tracking, social engagement, collaboration or research projects worldwide.  Include humanoid and bipedal robots.

Pal Robotics offers a diverse range of robotic solutions, including Autonomous Mobile Robots (AMRs) designed for efficient transportation within industrial settings. Their expertise extends to mobile manipulators capable of performing complex tasks with precision, as well as customizable humanoid robots adept at mimicking human movements and interactions.

Pal Robotics vendor profile in the Mobile Robot Directory

Advancing Humanoid Robots: PAL Robotics Strides Forward with Orientus

PAL Robotics integrates magnetic encoder technology into robots to achieve balance

PAL Robotics introduces TIAGo Pro Edition mobile manipulator

PAL Robotics

Revolutionizing efficiency by redefining human interactions

Humanoid Robots

Spain’s ISDI, PAL Robotics part of RoboSAPIENS project to ensure better human-robot collaboration in EU industry

Pal Robotics offers a diverse range of robotic solutions, including Autonomous Mobile Robots (AMRs) designed for efficient transportation within industrial settings. Their expertise extends to mobile manipulators capable of performing complex tasks with precision, as well as customizable humanoid robots adept at mimicking human movements and interactions.
A key focus area for Pal Robotics is the development of cutting-edge balance and stability control systems for their humanoid robots. In October 2023, the company integrated Renishaw's magnetic encoder technology, enabling accurate joint-level feedback and precise control over the robot's posture, essential for stable biped locomotion. Similarly, in March 2024, Pal Robotics partnered with Advanced Navigation to incorporate their Orientus IMU/AHRS into flagship robots like TALOS and Kangaroo, enhancing their ability to maintain balance in intricate movements and complex environments.
In June 2023, Pal Robotics introduced the TIAGo Pro Edition, an upgraded version of their flagship mobile manipulator. Boasting fully torque-controlled arms, enhanced manipulation capabilities, and advanced human-robot interaction (HRI) abilities, the TIAGo Pro Edition caters to the latest research trends and needs in mobile manipulation.
As of May 2024, Pal Robotics is actively involved in the AGIMUS project, a EUR 5.29 million initiative aimed at developing AI-driven agile production in robotics. Utilizing their TIAGo++ platform, the company is at the forefront of testing how robots can autonomously perform complex tasks in manufacturing environments through advanced motion planning, control techniques, and perception algorithms.

UBTech Robotics is a Shenzhen-based company that manufactures humanoid robots for various applications. UBTech's product lineup includes educational robots, logistics robots, and intelligent service robots customized for specific industries like manufacturing and healthcare.Their humanoid robots are equipped with capabilities like sensing, voice interaction, navigation, greeting visitors, and performing tasks such as walking and grasping objects. Key products include the Alpha small humanoid launched in 2014, the Walker humanoid service robot introduced in 2018 for general services, and the upgraded Walker X released in 2021.

UBTech Robotics

Figure is a robotics startup founded with the goal of developing the world's first commercially viable general-purpose humanoid robot called Figure 01. The company is led by CEO Brett Adcock and CTO Jerry Pratt, a renowned roboticist who previously worked at the Florida Institute for Human and Machine Cognition (IHMC).
Figure one is designed to mimic the human form, standing five feet six inches tall, weighing 130 pounds, and capable of lifting up to 44 pounds. It features 41 degrees of freedom, including seven in each arm, six in each leg, and a six degree-of-freedom hand with an opposable thumb. The robot is fully electric, running for five hours on a single charge.
Figure one aims to address labor shortages by assisting human workers in manufacturing, logistics, warehousing, and retail settings. It leverages advanced AI and machine learning capabilities to perform tasks autonomously, enabling it to navigate complex environments, grasp objects, and manipulate tools. In March 2024, Figure demonstrated the robot handling warehouse tasks such as picking up bins and placing them on a conveyor belt.
Key customers and partnerships
In January 2024, Figure announced a commercial agreement with BMW to deploy its robots on the automaker's production lines.
Figure has also entered a collaboration with OpenAI to develop next-generation AI models specifically for humanoid robots. This partnership aims to enhance Figure 01's ability to process and reason from language, accelerating its commercial deployment timeline.

Figure

Agile Robots AG is a robotics company founded as a spin-off from the German Aerospace Center (DLR). The company's mission is to bridge the gap between artificial intelligence (AI) and robotics by developing systems that combine state-of-the-art force-moment sensing and world-leading image processing technology. This unique combination enables Agile Robots to provide intelligent, user-friendly, and affordable robotic solutions that facilitate safe human-robot interaction.
Agile Robots offers a range of robotic arms for industrial applications as well as research and educational purposes. Their product portfolio includes industrial robot arms, collaborative robot (cobot) arms, robotic software, an anthropomorphic robotic hand, and an educational platform called Aini that teaches foundational concepts in logic, computer science, mathematics, and physics by enabling students aged eight to 15 to program and operate robots.
In November 2023, Agile Robots acquired Franka Emika GmbH, a German robotics company known for its Panda collaborative robot arm. The acquisition, valued at over 30 million euros, allowed Agile Robots to expand its operations, retain Franka Emika's 100-person workforce, and strengthen its position in the robotics industry.
As of November 2022, Agile Robots had over 1,000 employees worldwide. The company established a production facility in Kaufbeuren, Germany, with plans to hire an additional 60 employees and manufacture 2,500 robots per year within a few years.
Key customers and partnerships
In October 2023, Agile Robots gained idealworks, a subsidiary of the BMW Group focused on industrial automation, as a majority shareholder through a Series A financing round. This strategic partnership enables the joint development of new solutions and technologies, as well as access to further branches and markets. Agile Robots and idealworks complement each other in their industry expertise and range of solutions, with idealworks bringing in the BMW Group as one of its largest customers and its industrial know-how.

Agile Robots

SoftBank Robotics is a leading provider of robotic solutions for various industries, including food service, cleaning, and logistics. The company's core offerings include autonomous cleaning robots like the Whiz series and Scrubber 50 Pro, tray delivery robots such as Servi, Keenbot T5, and Delivery X1, as well as logistics automation solutions leveraging technologies like AutoStore's high-density automated warehousing system.
SoftBank Robotics' cleaning robots, powered by artificial intelligence, can efficiently clean and disinfect floors while detecting and removing stains. The tray delivery robots are designed to optimize operations in the food service industry, reducing staff workload by autonomously transporting food and drinks between tables and the kitchen. The company's logistics solutions aim to optimize warehouse operations by maximizing space utilization and enabling efficient storage and retrieval of goods.

SoftBank Robotics

Agility Robotics is a company that develops and manufactures bipedal robots for industrial and commercial applications. Its flagship product is Digit, a human-sized bipedal robot designed to perform tasks such as moving heavy materials, picking up and putting down objects, and navigating through human-centric environments like warehouses and factories.
Digit is built on the principles of the spring-mass model, which replicates the dynamics of animal gaits to achieve efficient and natural bipedal locomotion. The robot's legs are modeled after an ostrich's, with a short thigh segment and long lower legs, enabling it to walk and run with remarkable energy economy. Digit is equipped with sensors and perception systems that allow it to operate autonomously or with human guidance.
Agility Robotics' technology has its roots in research conducted at Oregon State University, where the company was spun out in 2015. The company's early work focused on developing the ATRIAS and Cassie robots, which demonstrated the feasibility of using the spring-mass model for bipedal locomotion. Building on this research, Agility Robotics has commercialized the technology through Digit, which it began mass-producing in 2023.

Agility Robotics

Companies that develop full humanoid robots for research and education purposes in various fields such as science, technology, and academia

Companies that develop full humanoid robots for personal support and caregiving to assist individuals in their homes with tasks like cleaning, cooking, and providing companionship; includes applications in the medical and healthcare industry, such as assisting with surgeries, rehabilitation, or acting as companions for patients

Companies that develop full humanoid robots for entertainment purposes and social interaction. They can be used in public spaces, events, or as personal companions

Companies that develop full humanoid robots for commercial services across various industries such as retail, hospitality, and customer service

Companies that develop full humanoid robots for industrial and manufacturing settings to perform tasks such as assembly, material handling, and quality control

Companies that develop software and hardware that enable humanoid robot technology (e.g., sensors, grippers, cognitive architecture, robotic applications/software, etc.)

Uses IoT, AI/ML, and robotics to mimic human actions, kinesthetics, and mental state

Most of the companies in the industry use robotics technology to develop humanoid robots

Pal Robotics

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