ForwardControl edge control

ForwardControl edge control integrates motion control, robot control, sensor control and image inspection modules, allowing users to complete advanced machine vision applications such as uncontrolled gripping, loading/unloading, carton/tote de-palletising, vision-guided positioning/assembly, defect detection, 3D measurement, robotic gluing, and more without having to write code. Built-in 2D vision, 3D vision, deep learning, robot motion planning and other cutting-edge algorithm modules can meet complex and diverse practical needs.

Simple and easy to use

Easy-to-understand interface

Powerful

Integrated functional modules for motion control, robot control, sensor control, image detection, etc.

Multi-language support

Tracking and recording of data

Adaptable to complex needs

Meeting complex and diverse needs

Motion control

Module Introduction

Motion planning and trajectory generation is performed based on the desired motion trajectory or action. Motion planning algorithms help to determine suitable paths and velocity profiles using actuators (e.g., motors, hydraulic cylinders, pneumatic motors, etc.) to drive and control the motion of an object. The actuator generates the appropriate force, torque, or displacement to achieve the desired motion based on commands from the control system.

Function Board

Shaft positioning

Shaft offset

Interpolation (mathematics)

Circular interpolation

Add IO

Position of array

Home

Motion control

Module Introduction

Motion planning and trajectory generation is performed based on the desired motion trajectory or action. Motion planning algorithms help to determine suitable paths and velocity profiles using actuators (e.g., motors, hydraulic cylinders, pneumatic motors, etc.) to drive and control the motion of an object. The actuator generates the appropriate force, torque, or displacement to achieve the desired motion based on commands from the control system.

Function Board

Acquisition of images

Preprocessing

Image conversion

Save Picture

Image stitching

Camera IO

Shape Matching

Multishape matching

Greyscale matching

Position correction

Deep OCR

Deep OCR2

Round detection

Linear detection

Spot detection

Create Area

Spacing detection

Measurement calibration

N-point calibration

Single-point deskew

Coordinate conversion

Numerical display

Point to point

Point to line

Wire-to-wire

A (close) fit

Csv save

Txt Save

Calculators

Brightness detection

Colour detection

I/II code

Robot control

Module Introduction

Motion planning and trajectory generation is performed based on the desired motion trajectory or action. Motion planning algorithms help to determine suitable paths and velocity profiles using actuators (e.g., motors, hydraulic cylinders, pneumatic motors, etc.) to drive and control the motion of an object. The actuator generates the appropriate force, torque, or displacement to achieve the desired motion based on commands from the control system.

Function Board

Robot positioning

Robot Offset

Robotic Tools

Robot CP

Robot control

Module Introduction

Motion planning and trajectory generation is performed based on the desired motion trajectory or action. Motion planning algorithms help to determine suitable paths and velocity profiles using actuators (e.g., motors, hydraulic cylinders, pneumatic motors, etc.) to drive and control the motion of an object. The actuator generates the appropriate force, torque, or displacement to achieve the desired motion based on commands from the control system.