Feed
Supply and spread out parts
Flexible FeedingUniFeeder / AIVE / Hopper
Solutions
Vision, robot and feeder — in one flow.
AIM ties together automation cells where vision, robot and feeder used to run separately. Even when the model changes, the line switches over with a single Recipe.
Seen from above, vision and feeder stand as one machine.
Inside the cell, we handle even the robot program from our screen.
WHY AIM
Three problems you keep meeting in automation cells
The problems you run into most on the floor, and how AIM solves them.
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Problem 1
Model changeovers take too long.
AIM solves itPick one Recipe and the vision, robot and feeder conditions are applied together.
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Problem 2
Robot-vision integration needed a separate SI and a separate robot expert.
AIM solves itVision recognition → coordinate conversion → pick motion, configured together as one flow.
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Problem 3
Parts like SMD, thin sheets and rubber are hard to feed with conventional feeders.
AIM solves itVibration (AIVE) or rotary (FlexiBowl) — chosen to match the part, on one platform.
Robot Vision Guidance Flow
We turn what vision recognizesinto guidance the robot can act on.
AIM links part feeding, vision recognition, recipe conditions, and the robot interface into a single guidance flow.
Each stage is built together with AIM's feeder, vision, software, and interface modules.
See
Recognize position, orientation, shape
Robot VisionRoboEYE / Camera / Light
Match
Apply per-product conditions
RecipeFeeder / Vision / Pick conditions
Guide
Connect robot coordinates and signals
Robot InterfaceRobot / PLC / Calibration
Operate
Operate status and models
AimFactoryCoreUnified screen / logs / remote support
SOLUTIONS
Which solution would you like to see first?
Vision, pick or feeding — wherever you start, it runs on the same flow.
FLEXIBLE FEEDING
Flexible feeding — a closer look
AIM's flagship solution. Feed high-mix parts on one machine, and one Recipe applies the vision, robot and feeder conditions together. · 6 case studies
DEMO CELL
This is what it looks like as one set — FEEDERBOT
An integrated cell with an ABB IRB-1010, an AIVE flexible feeder and AimFactoryCore on one frame, shown at the 2024 COEX Korea Electronics Manufacturing Industry Show. It is an exhibition configuration, not a catalogue item — a place to see how the three run together as one set.
CASE STUDIES
Applied on real production lines
Cases applied on real parts, robots and lines. 9 in total
Flexible Feeding
4×6 mm Silicone Parts a Vibratory Feeder Couldn't Handle, Auto-Inserted into Trays at 0% Defects
Electronic component manufacturing · Undisclosed
Read the case →
Flexible Feeding
0.3 mm SMD Parts, Reel Taping Automated with ±0.05 mm Pick-and-Insert Error
Electronic component manufacturing · IAI Robotics
Read the case →
Flexible Feeding
Variant Changeover Under 5 Minutes, Pick Alignment ±0.2 mm — Hyundai Robotics HH7 Flexible Feeding
Automotive parts · Hyundai Robotics (joint verification)
Read the case →
START
Will it work with our parts? — Let's review it together.
We review recognition, alignment and pick feasibility with your actual part samples and propose the right flow.