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Flexible Feeding Systems

Flexible feeding systems accommodate product variants on the assembly line. A complete set flexible feeder systems solutions includes a flex feeder to handle and feed the part, a vision system to locate the part for the next process, and a robot. This type of system can overcome the high cost of traditional parts feeding by loading a wide variety of parts in various sizes, shapes and orientations.

Compatible

Flexible

Easy to use

Reliable

Durable

Upper Light

Hopper

Flex Feeder

PC Vision System

Robot moving mechanism(optional)

Visual flying camera(optional)

Vision System Software

Industrial computer

Calibration component (optional)

Vibration isolation (optional)

Traditional Feeding

Incompatible

Feeding track is designed according to the shape and materials

Unable to Change Type

The hopper is not universal, and the replacement hardware cost is high

High Jamming Risk

For materials with complex shapes, the risk of jamming during conveying is very high

Material Wear is Serious

The friction between the material movement and the vibrating surface is easy to wear

Flex feeding

Good material compatibility

Applicable to a variety of complex
special-shaped materials

Fast change speed

Multi-variety universal, fast switching
and material clearing

Never get stuck

Surface is open without obstruction, and
the material will not be stuck

free damaged

Polymercustomized surface, no damage

Flex Feeder

Meet the flexible production requirements of multi-variety,
small batch and quick change

“Soft”is like imagining
that all things can vibrate

Hopper

Stable feeding further provides safety
guarantee for production

1L \ 2L

10L \ 20L

Flexible

Through 485 and IO communication, the vibration mode is flexibly controlled and adjusted in real time according to different materials, which is more efficient

Maintenance free

Stable quality with no maintenance required

Stable

Independent research and development of straight vibration system, can achieve stable feeding

Adaptive

Automatically adjust the vibration amplitude according to the quantity of different materials to ensure stable feeding quantity

Integrated design

No additional hoppers, greatly reducing the risk of jamming

flexible feeding systems vision system software

Vision System Software

"Eyes and brains"

of industrial robots

Intelligent Vibration Control

Intelligent control of material vibration dispersion areas with real-time deviation correction and compensation, enhancing feeding efficiency and adaptability to diverse operating conditions.

Safety and Reliability

Built-in multi-layered safety protocols minimize operational errors and ensure system robustness.

AI-based Algorithms

Proprietary AI algorithms enable self-learning of correct and incorrect material postures, autonomously identifying material features to improve stability in feature point recognition.

Versatile Operator Library

Flexible combinations of operators to meet visual system requirements for inspection, measurement, recognition, and positioning.

Simplicity and Efficiency

Streamlined installation, configuration, and debugging with graphical step-by-step guidance, lowering technical barriers for users. One-click calibration for robot-vision system alignment ensures rapid setup and operation.

Precision Positioning

Advanced vision correction algorithms for lens distortion, height calibration, and camera alignment enable accurate material grasping.

Integrated Management

Customizable feeding workflows, communication protocols, and operational logic.
Unified control of flexible trays, robotic arms, and vision systems for simplified maintenance and troubleshooting.

Visual Data Analytics

Clear production data visualization and analysis tools streamline process optimization and logic refinement.

Hopper

Stable feeding further provides safety guarantee for production

1L \ 2L

10L \ 20L

Flexible

Through 485 and IO communication, the vibration mode is flexibly controlled and adjusted in real time according to different materials, which is more efficient

Maintenance free

Stable quality with no maintenance required

Stable

Independent research and development of straight vibration system, can achieve stable feeding

Adaptive

Automatically adjust the vibration amplitude according to the quantity of different materials to ensure stable feeding quantity

Integrated design

No additional hoppers, greatly reducing the risk of jamming

Vision System Software

"Eyes and brains"

of industrial robots

Intelligent Vibration Control

Intelligent control of material vibration dispersion areas with real-time deviation correction and compensation, enhancing feeding efficiency and adaptability to diverse operating conditions.

Safety and Reliability

Built-in multi-layered safety protocols minimize operational errors and ensure system robustness.

AI-based Algorithms

Proprietary AI algorithms enable self-learning of correct and incorrect material postures, autonomously identifying material features to improve stability in feature point recognition.

Versatile Operator Library

Flexible combinations of operators to meet visual system requirements for inspection, measurement, recognition, and positioning.

Simplicity and Efficiency

Precision Positioning

Advanced vision correction algorithms for lens distortion, height calibration, and camera alignment enable accurate material grasping.

Integrated Management

Customizable feeding workflows, communication protocols, and operational logic.
Unified control of flexible trays, robotic arms, and vision systems for simplified maintenance and troubleshooting.

Visual Data Analytics

Clear production data visualization and analysis tools streamline process optimization and logic refinement.

Which is right for you?