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Dexmate AI, Inc.

DEXMATE

Dexmate develops AI-driven, dexterous dual-armed mobile robots with foldable designs for versatile industrial and household applications.
Legal Name
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Founded
Jan 2024
Company Type
Private
Company Size
11 - 50
Address
Santa Clara, California, United States
USA
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Presence in Countries
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Founding Country
USA
IPO Date
Stock Symbol
Leadership
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Astralis Awards
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Intro

Dexmate is a US-based robotics startup founded by PhDs from MIT, UCSD, and Carnegie Mellon, focusing on AI-powered dexterous manipulation robots. Their flagship product, Vega, is a dual-armed mobile humanoid robot featuring high-payload arms, dexterous hands, and a foldable torso design for compact transport. Vega’s omni-directional base supports over 10 hours of continuous operation, making it suitable for complex tasks in industrial and household environments. Dexmate integrates advanced AI, robotics hardware, and software to push the boundaries of robot dexterity and versatility.

Key Achievement:
Successfully launched Vega, a versatile mobile robot with foldable design and dexterous manipulation capabilities, now available for preorder and piloting in warehouses.

Robots

  • Vega Mobile Humanoid Robot: A dual-armed robot with foldable torso and arms, omni-directional base, and high-capacity battery enabling 10+ hours of continuous operation; designed for complex manipulation tasks in industrial and household settings.

Specialism

  • AI-driven dexterous manipulation enabling robots to handle diverse tools and objects with human-like precision.
  • Foldable torso and arm design for enhanced portability and adaptability in various environments.
  • Omni-directional mobile base for flexible navigation and positioning.
  • Long battery life supporting extended autonomous operation.
  • Integration of advanced AI algorithms for perception, manipulation, and locomotion.

Business Viability

  • Backed by a team of leading AI and robotics researchers with strong academic credentials and industry experience.
  • Early-stage startup with active preorders and pilot deployments in logistics warehouses.
  • Positioned to address the growing demand for automation in complex manipulation tasks across industries.
  • Competitive pricing and modular design facilitate adoption in research and commercial sectors.
  • Focus on combining hardware innovation with AI software to solve key challenges in robot dexterity.