The Rise of Humanoid Robots in American Manufacturing

Cover: Borg 01

CyberRobo：

The Return of High-End Manufacturing in the U.S.

Previously shared, the Borg Robotics company headquartered in Detroit is about to launch a family of robots, including humanoid robots, to serve American manufacturing enterprises.

Today, I discovered this robotics company from Austin, Texas, Apptronik, which has released two models of electromechanical robots designed for professional manufacturing and engineering, fully powered by AI, aimed at accelerating high-precision tasks in industries such as consumer goods, pharmaceuticals, and electronics manufacturing.

Note: Electromechanical integration refers to the engineering technology field that combines mechanical, electronic, computer control, and system integration technologies. By merging mechanical systems, electronic systems, and information systems, it enables devices to automatically and intelligently perform complex tasks. It is widely applied in manufacturing, automation, and robotics.

Just last month, Argon Mechatronics launched its first robotic products Argon One and Argon SCARA at the Future Investment Initiative (FII8) in Riyadh, Saudi Arabia. Unlike previous humanoid robots, Argon One resembles a production team.

Argon One: A Half-Body AI Humanoid Robot

Argon One is the world’s first humanoid robot specifically designed for manufacturing and engineering. Currently, it is in the upper body form, with a black middle section resembling its spine, enhancing flexibility, fully AI-driven, human-like perception and interaction, modular design, and equipped with various tool functions including laser, milling, engraving, and 3D printing, along with two mechanical arms with an accuracy of 0.1mm. It automatically adapts to multiple end-effectors, including laser, P&P (Pick and Place), and 15 other tools, and possesses comprehensive visual capabilities, as well as an expandable object and parts library.

This means humanoid robots will have a significant impact in the precision manufacturing field, especially in flexible manufacturing and personalized supply chains, potentially changing the traditional heavy asset investment model of large-scale production—humanoid robots can shift from auxiliary roles to core productivity. This will lead to a more efficient, flexible, and intelligent model of precision manufacturing and push high-end manufacturing towards personalization, small batches, and intelligent direction.

01. Flexibility and Multi-Process Integration

Traditional manufacturing often relies on multiple devices to complete processes such as laser cutting, milling, and 3D printing. Argon One, by integrating these tools, can complete multiple steps on a single device, reducing process switching and manual intervention. The seamless connection of processes improves production efficiency and reduces errors in transferring parts between different devices, enhancing the accuracy of finished products….

Argon SCARA: Collaborative Robotic Arm

As the left and right arms of Argon One, Argon SCARA can work extensively, automatically adjusting to adapt to the working environment, and can collaborate with other robotic arms. It features automatic leveling capabilities, achieving consistent and reliable printing on any plane, and can perfectly repeat specific operations in teaching mode. It can also collaborate with other Argon Robotics SCARA Arms to complete tasks such as picking and placing, and can be wirelessly controlled by humans via Wi-Fi…

Commercial Applications

I believe Argon Mechatronics’ design philosophy is a practical, flexible, and low-cost application design solution. They enable both robots to possess intelligent capabilities for independent operation and can also be assembled together into multifunctional robots to meet the needs of operational processes and environments.

Let’s first look at the customer value brought by this design philosophy:

01. Modular Design: Enhancing Flexibility and Expandability….

The full text is 3175 words, continuing to read about commercial applications, CyberRobo members can read for free

One more thing

Recommended ReadingYour Humanoid Robot Encyclopedia

Finding the body, suppliers, industry belts, checking financing trends, open-source projects, all here：

• 185+ humanoid robots covering countries worldwide, multiple types and application fields
• 230+ core component manufacturers of humanoid robots globally, world models, and robotic system providers
• 49+ humanoid robot industry belts
• 85+ humanoid robot financing records (23/24 years)
• 90+ open-source humanoid robot projects

Welcome to join CyberRobo to unlock more