Launchpad.build Secures Strategic Investment from Lockheed Martin Ventures to Advance AI-Powered Robotics and Automation in Manufacturing.

Launchpad.build is at the forefront of transforming manufacturing through AI and robotics.

Launchpad.build Secures Strategic Investment from Lockheed Martin Ventures to Advance AI-Powered Robotics and Automation in Manufacturing.
Source: Launchpad

Company Name: Launchpad.build
Location: Irwindale, CA
Sector: Robotics and Automation Technology
Funding Details: Received a strategic investment from Lockheed Martin Ventures. The amount was not disclosed.
Purpose of Investment: To expand operations and business reach.

Leadership: CEO Yoav Zingher
Product: Launchpad.build specializes in AI-powered assembly planning software and autonomous assembly systems. The company's technology, Digitool, leverages AI to recognize parts, optimize assembly processes, and generate manufacturing quotes based on product CAD files. Its systems support small-batch, on-demand assembly, promoting design flexibility and cost-effectiveness.

About Company: Launchpad.build is at the forefront of transforming manufacturing through AI and robotics. The company's solutions are designed to enhance efficiency and adaptability in manufacturing, offering a path towards more agile and economically efficient production methods.

Innovation and Impact:

  • AI-Powered Assembly Planning: Streamlines the manufacturing process by automatically recognizing parts and determining the most efficient assembly sequence.
  • Autonomous Assembly Systems: Utilizes AI to learn and execute manufacturing tasks, reducing the need for custom software or fixtures and enabling on-demand, small-batch production.
  • Agile Manufacturing: Facilitates design flexibility and economic efficiency through adaptive manufacturing processes and equipment.

Leadership Insight: Under the leadership of Yoav Zingher, Launchpad.build is leveraging AI to redefine the manufacturing landscape, offering innovative solutions that promise to increase production efficiency and flexibility.