List of Functional Delta Robots Worldwide

List of Functional Delta Robots Worldwide (As of January 2025)

Robot NameDeveloperPrimary UseKey FeaturesPayload & Reach
Mitsubishi MELFA D2/D4Mitsubishi ElectricHigh-speed pick-and-placeCombines Mitsubishi’s servo technology with Codian Robotics mechanics.Payload: Up to 100 kg, Reach: 1,600 mm
ABB FlexPicker IRB 360ABBPicking and packingRenowned for speed, precision, and versatility in food, pharma, and electronics.Payload: Up to 8 kg, Reach: 1,600 mm
Fanuc M-2iA SeriesFANUCPicking and assemblyLightweight design, suited for high-speed operations in food and electronics.Payload: Up to 6 kg, Reach: 1,130 mm
Yaskawa Motoman MPP3HYaskawa MotomanHigh-speed pickingInnovative design for precise and efficient packaging and material handling.Payload: 3 kg, Reach: 1,300 mm
Delta D-Bot SeriesDelta ElectronicsSmart manufacturing, flexible automationIntegrates NVIDIA Omniverse for advanced simulation, optimized for collaborative tasks.Payload and reach vary by model

Key Notes:

  1. Mitsubishi MELFA D2/D4:
    • Offers robust solutions for high-speed, heavy-duty pick-and-place operations.
    • Utilizes advanced servo technology for optimal performance.
  2. ABB FlexPicker IRB 360:
    • Popular in industries requiring precise and rapid handling.
    • Known for its reliability in food and pharmaceutical sectors.
  3. Fanuc M-2iA Series:
    • Versatile design, ideal for delicate and high-speed assembly operations.
    • Frequently used in food processing and small electronics assembly.
  4. Yaskawa Motoman MPP3H:
    • Focused on packaging and material handling with precision and speed.
    • Compact design ensures efficiency in limited workspace.
  5. Delta D-Bot Series:
    • Designed for collaborative smart manufacturing.
    • Incorporates cutting-edge simulation technology for adaptive automation.

This table provides a detailed overview of the leading delta robots, highlighting their features, applications, and specifications as of January 2025.

As of January 2025, several advanced delta robots are functional worldwide, showcasing remarkable capabilities across various industries. Here’s a list of some of the most notable functional delta robots:

ABB FlexPicker IRB 365

  • 5-axis flexibility for fast reorientation of light products
  • Payload: 1.5 kg
  • Speed: 120 picks per minute for 1 kg products
  • Applications: Retail-ready packaging, package sorting, and bottle unscrambling[11]

Delta D-Bot Series

  • Payload range: 6 kg to 30 kg
  • Accuracy: ±0.02 mm
  • Setup time: Under two hours
  • Features: “Reflex Safety” for rapid collision detection
  • Applications: Various industrial tasks[1]

igus drylin Delta Robot

  • Small version:
  • Work space diameter: 360 mm at 75 mm height
  • Picks per minute: 60
  • Large version:
  • Work space diameter: 660 mm at 180 mm height
  • Picks per minute: 30
  • Payload: Up to 5 kg
  • Accuracy: ±0.5 mm
  • Applications: Pick-and-place, assembly, and sorting[5]

WEISS DR Series

  • Available with two to five axes of motion
  • Multiple models with nominal loads from 0.5 to 350 kg
  • Work envelopes: 200 to 2,000 mm
  • Speed: Up to 240 standard cycles per minute
  • Applications: High-speed assembly and handling in packaging and electronics industries[4]

Yaskawa Motoman

  • Applications: Food and beverage, pharmaceuticals, and electronics industries
  • Known for high-speed and precision in pick-and-place operations[6]

FANUC Delta Robots

  • Applications: High-speed picking and packing
  • Widely used in food, pharmaceutical, and electronics industries[6]

Omron Delta Robots

  • Applications: Pick-and-place, assembly, and packaging
  • Known for integration with vision systems for enhanced capabilities[6]

Kawasaki Y-Series

  • Applications: High-speed sorting and packaging
  • Used in various industries requiring rapid and precise movements[6]

These delta robots represent the cutting edge of robotics technology as of January 2025, with capabilities ranging from high-speed pick-and-place operations to complex assembly tasks. Their widespread adoption signals a significant step towards more automated and efficient manufacturing processes across various industries worldwide.

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