Recipe Management

Vision, feeder, robot — switched with one recipe

Stop changing vision settings, feeder parameters, and robot variables one by one for every product change. Select a recipe ID and all three switch together.

01

What changes at product changeover

Before, every product change meant touching vision, feeder, and robot separately. With recipes, one ID selection switches all three at once.

Before — one by one

1

Change vision settings

Recognition/correction parameters reset, varies by operator

2

Re-tune the feeder

Vibration, lighting, hopper adjusted manually

3

Edit robot variables

Jobs, variables, points re-entered — needs an expert

= 3 separate engineering tasks, repeated for every new product

After — AimFactoryCore recipes

Recipe ID

Select the product

Vision

recognition · coords · correction

Feeder

vibration · lighting · hopper

Robot

jobs · variables · points

= simultaneous switch, consistent conditions · anyone can run it

02

The recipe screen — ID & slot based

Register per-product recipes by ID and name, and operators call them from the screen. From DIO signals to robot/PLC communication, choose what fits your site.

Per-product recipe slots

Recipes are organized by ID and name so operators pick quickly from a list.

DIO-based switching

Keep using your equipment's existing DIO-based product-change structure.

Robot/PLC comms call

Recipe selection signals arrive over robot or PLC communication and switch conditions automatically.

Three conditions at once

Vision, robot, feeder, hopper, and lighting conditions apply together with one selection.

Recipe ID management screen
AimFactoryCore recipe screen — register and call per-product recipes by ID and name.

03

From recipe selection to automatic operation

01

Select a recipe ID

Organize per-product recipes by slot and ID, then select the operating conditions by name or ID.

02

DIO / comms call

Configure existing DIO signals and robot/PLC communication as the recipe-call method for your site.

03

Vision & robot conditions applied

Recognition settings, coordinate baselines, pick-up Z, robot variables and program conditions apply together.

04

Feeder & lighting control

Feeder, hopper, backlight, and top-light conditions apply automatically with the recipe.

05

Automatic operation

Pick coordinates generated by vision are sent to the robot to run the automatic sequence.

Let's map out the recipe setup for your line

Recipe configuration depends on product count, changeover method, and robot brand. We'll help review your site conditions before adopting AimFactoryCore.