ROBOT INTEGRATION

Industrial Robot Vision Integration — 22+ brands in one flow

Robot setup and integration that SI or robot engineers used to handle separately — now bundled with vision and feeder in one setup. 22+ robot brands, standard interface, ±0.05 mm coordinate accuracy.

Ask about applicability → RoboInterface technology →
AIM vision system — robot integration setup
AimFactoryCore — vision, robot, and feeder in one integrated setup
22+ brands

Robot & PLC matching

±0.05 mm

Coordinate accuracy

5 min

Recipe model changeover

4 hr

Standard cell installation

WHY

Why integrated setup?

Automation cells have traditionally been set up in silos — vision, robot, and feeder each handled by separate specialists. The result: cells that only work with ideal parts and where adding models means starting a new project. AIM bundles all three from the start.

  • REDUCED SI BURDEN

    No separate robot expert needed

    22+ robot brands absorbed through a standard interface — no need to redesign the cell interface when a new robot is introduced.

  • REPEATABILITY

    ±0.05 mm coordinate accuracy

    Calibration is verified with 9-pose samples so the same precision is achieved regardless of who performs the setup.

  • SCALABILITY

    Add models via Recipe

    No need to rebuild the cell when models are added. Vision, robot, and feeder are bundled in one Recipe and operated together.

CONTRAST

Conventional approach vs. AIM integration

The same automation cell can vary significantly in deployment timeline and operational stability depending on the setup approach.

Item Conventional AIM Integration
Robot setup SI/robot engineer handles separately AIM bundles it with vision in one setup
Coordinate accuracy Manual correction · operator-dependent Calibration workflow reproduces ±0.05 mm
Communication IO/TCP redesigned per project AimFactoryCore absorbs via standard interface
Model addition Vision, robot, PLC modified separately One Recipe switches vision, robot & feeder simultaneously
Operation screen Vision/robot screens separate, operator learning burden Operated from one screen — vision, robot & feeder integrated

FLOW

Integration setup — 4 steps

From part condition review to Recipe registration — vision, robot, and feeder set up in one flow by one team.

  1. 1

    Part & cell condition review

    Part shape, material, production volume, and robot model are confirmed together to define the setup scope.

  2. 2

    Vision & robot coordinate calibration

    Calibration workflow converts image coordinates to robot coordinates. 9-pose samples with residual verification.

  3. 3

    Robot interface connection

    AimFactoryCore standardizes 22+ robot/PLC protocols. Signals, triggers, and sequences are defined in one place.

  4. 4

    Recipe registration & operation verification

    Vision conditions, robot paths, and feeder patterns are bundled per model in a Recipe. Model changeover and repeatability are verified.

Full deployment guide (part review → production stabilization) →

BRANDS

22+ robot & PLC brands via standard interface

No need to redesign the cell interface when a new robot brand is introduced. AimFactoryCore standardizes communication and absorbs it.

  • ABB
  • FANUC
  • KUKA
  • Yaskawa
  • Mitsubishi
  • Hyundai
  • Doosan
  • Universal Robots
  • TM Robot (Techman)
  • Hanwha
  • Rainbow
  • Omron
  • Denso
  • Stäubli
  • Kawasaki
  • Nachi
  • Epson
  • Comau
  • Yamaha
  • JAKA

* The list above shows representative brands. Additional brands can be supported on a per-project basis.

SIGNALS

Who gets which signal — at a glance

AimFactoryCore organizes the signal flow between robot, PLC, vision, and feeder from one place. From the floor operator's view: just "who sends what to where."

  1. 01
    Vision Robot

    Pick coordinates and triggers are sent (TCP/IP or IO). Coordinates are already in robot coordinate space — no additional correction needed by the robot.

  2. 02
    PLC Line

    Sequences, interlocks, and safety are shared. AimFactoryCore organizes signals before passing to PLC, simplifying PLC logic.

  3. 03
    Vision Feeder

    Vision directly controls vibration and rotation patterns. Hopper and lighting synchronization are managed from one place.

  4. 04
    AimFactoryCore All

    One Recipe selection simultaneously switches HMI → PLC → Robot → Vision → Feeder. Operators only select the model name.

START

We'll review your robot setup and integration together.

Share your current robot, PLC, and part conditions — we'll review integration feasibility and timeline together.

Integration setup inquiry → Robot Vision Automation overview →