✕ On-site problem
Settings scattered across 3 places
Every product change means editing vision conditions, feeder vibration, and robot variables separately.
→ Switch all at once with a single recipe
Unified controller · Unified software
Vision alone, feeder alone, robot alone — run all three as one.
Plenty of places do only vision, only feeding, or only robots.
AimFactoryCore gathers camera, feeder, robot, and PLC signals into one unified controller, and operates vision, feeder, robot, and recipes from one screen with its unified software.
Unified controllerUnified software22+ robot brandsRecipe management
Why AimFactoryCore
Vision, feeder, robot — you have each.
They just don't run as one.
✕ On-site problem
Each person operates it differently
Setup methods differ by engineer, so every handover starts from scratch.
→ Recipe-based standardized operation
✕ On-site problem
It stops without a robot expert
Adding new products or troubleshooting depends on outside engineers.
→ Vision, feeder, and robot solved from one screen
Unified controller
All signals in one place
Camera, robot, feeder, and PLC into a single unified controller
·
LAN-based communication
Connect with a standard LAN cable
·
Camera PoE support
Power and data over a single LAN cable
·
Compact design
About 20 cm × 7.5 cm
Windows-based CameraRobotFeederPLC (Digital I/O)
Unified software
Operate vision, feeder, and robot from one screen
Each module runs independently, yet once tied into a recipe they switch together on product changeover.
Recipe Control
One robot job, conditions in software
Previously you had to manage per-product vision recipes and robot recipes separately. AimFactoryCore manages robot internal variables and per-product conditions together, so you don't keep growing robot programs on the floor.
- — Operate a single robot job
- — Per-product variable read/write
- — Pick-up Z condition management
- — Verify calibration positions
Vision Setting
More precise product registration and coordinate generation
After vision matching, it runs per-region inspection and re-organizes coordinates with center-correction logic. Round parts, overlap, and gripper interference are all checked against on-site conditions.
- — Simplified product registration
- — Post-match region inspection
- — Center correction
- — Gripper interference & overlap check
Monitoring
See current status and production flow on one screen
View robot, PLC, and IO interface status alongside production speed and cycle flow, so you can quickly judge the equipment's current state.
- — Robot/PLC interface
- — IO monitoring
- — Production speed
- — Cycle time analysis
Feeder Control
Unified control of UniFeeder and peripherals
Save and recall vibration direction, frequency, intensity, and time — plus backlight, top lighting, and hopper conditions — as part of the product recipe.
- — Vibration condition control
- — Backlight & top lighting
- — Hopper settings
- — Recipe save/recall
Vision Tools
Precision tools for stable pickup
Post-match region inspection
Re-checks matched parts on a per-region basis.
Center correction
Corrects round-part centers to improve coordinate accuracy.
Gripper interference check
Verifies gripper-accessible areas before pickup.
Overlap check
Filters out overlapping parts for stable pickup conditions.
Hopper setting
Adjusts supply state and hopper conditions based on color detection.
Hardware Integration
Works with your existing equipment
Vision Hardware
Keep your existing camera, lens, lighting, and controller configuration.
UniFeeder
Control vibration, lighting, and hopper directly from AimFactoryCore.
Robot / PLC
Flexibly connect robot data and automatic sequences.
Robot Integration
Operated and integrated with 22+ robot brands
Hyundai Robotics and IAI are operated directly; other brands integrate via TCP/IP or vendor protocols.
Hyundai Robotics
Operated directly by AimFactoryCore
IAI
Operated directly by AimFactoryCore
Applications
Where AimFactoryCore fits
Electronic component assemblyConnectorsSmall plastic partsAutomotive partsMedical devicesSemiconductor back-endHigh-mix low-volumeLabor-replacement automation