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<ul>
<li>Combinable 2D inspection of contours and surfaces for maximum quality assurance</li>
<li>The IR version has an integrated bandpass filter that only allows light in the infrared spectrum to pass through. This makes the device very robust against ambient light.</li>
<li>Powerful algorithms master even demanding requirements</li>
<li>User-friendly software simplifies inspection task set-up</li>
<li>Reliable function in changing light conditions</li>
<li>Electric focus takes aim at details</li>
<li>Modell O2D520</li>

2D IR vision sensor for object detection and inspection

視覺

CAD file

Operating Instructions

供應商連結

目標、距離和產品選擇

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This link will take you to the intelligent image field calculator of the manufacturer ifm:

The intelligent image field calculator for your product selection - ifm

To the intelligent image field calculator from ifm

Vision supported Pick and Place application with igus room gantry

Kameraunterstützte Pick and Place Anwendung mit igus Raumportal

Pick & Place

픽 앤 플레이스

Pick and place

ピック&プレース

拾取&放置

หยิบและวาง

Al ve yerleştir

pick-n-place

取放 (揀選 & 放置)

Customer Tests

Testen door klanten

Tests clients

Müşteri Testleri

客户测试

Tes Pelanggan

Testes de clientes

Testy klienta

การทดสอบของลูกค้า

Kundentests

Test dei clienti

customer-tests

客戶測試

In this application, a pick-and-place solution was tested for a customer using an igus linear robot, a camera, and a conveyor belt. The individual components had to communicate seamlessly to ensure the metal part could be reliably picked up from the conveyor belt and accurately sorted. The integration of the camera for detecting and positioning the metal part, along with the precise control of the linear robot, played a crucial role in ensuring the system’s high reliability and efficiency.

Produktion

Manufacturing

Production

Fabricação

Productie

Produkcja

การผลิต

制造业

Üretim

제조

製造業

Produzione

manufacturing

Nachgelagertes Gewindeschneiden

Downstream thread cutting

Injection molding

注塑成型

Spritzguss

Automation of injection molding processes, e.g. sprue separation

injection-molding

In this video, we present an advanced solution for downstream thread cutting in production. The setup of our ReBeL robot and the integration of the IRC are shown, as well as the operation of the rotary conveyor and the camera for precise detection and positioning of the workpieces. The gripper is demonstrated in action, handling the workpieces safely and efficiently. The step feeder supports the process with its precise conveying technique, ensuring that the entire system operates smoothly and efficiently thanks to reliable power and data transmission. The benefits of this solution include increased production speed, reduced scrap, and improved workplace safety. Additionally, a low footprint is ensured, facilitating integration into various production environments.

Downstream sprue separation using a Delta-Robot

Nachgelagerte Angusstrennung per Delta-Roboter

In this video, we present an innovative solution for downstream sprue separation in injection molding production. This application uses a Delta robot, IRC, Zimmer gripper, camera, rotary conveyor, and step feeder to optimize the process and maximize efficiency.

The video demonstrates the operation of the rotary conveyor and the camera for precise detection and separation of sprues. The Zimmer gripper is shown in action, handling the sprues safely and efficiently. The step feeder supports the process with its precise conveying technique.

This solution offers numerous benefits, including increased production speed, reduced scrap rates, and improved workplace safety. Additionally, a low footprint is ensured, facilitating integration into various production environments.

Downstream sprue separation of clip bearings

Nachgelagerte Angusstrennung von Clipslagern

In this video, we present an advanced solution for downstream sprue separation of clip bearings in injection molding production. The application utilizes a Delta robot system, IRC, rotary conveyor, an igus vacuum gripper with rotation unit, and a Zimmer gripper to optimize the process and increase efficiency.

The setup of the Delta robot and the integration of the IRC are shown, as well as the operation of the rotary conveyor and the camera for precise detection and separation of sprues. The igus vacuum gripper with rotation unit is demonstrated in action, handling the clip bearings safely and efficiently. The Zimmer gripper complements the process with its precise gripping technique. The entire system operates smoothly and efficiently thanks to reliable power and data transmission.

The benefits of this solution include increased production speed, reduced scrap, and improved workplace safety. Additionally, a low footprint is ensured, facilitating integration into various production environments.

Downstream sprue separation

Nachgelagerte Angusstrennung

In this video, we showcase an innovative solution for downstream sprue separation in injection molding production. The setup of the gantry system and the integration of the IRC are shown in detail, as well as the operation of the rotary conveyor and the camera for precise detection and separation of sprues. The Schunk gripper is demonstrated in action, handling the sprues safely and efficiently. The e-chain set ensures reliable power and data transmission, allowing the entire system to operate smoothly and efficiently. The benefits of this solution include increased production speed, reduced scrap, improved workplace safety, and a low footprint.

Automated insertion into injection molding machine

Automatisiertes Einlegen in Spritzgussmaschine

In this video, we demonstrate the use of an automated system for inserting components into an injection molding machine. This innovative solution optimizes the production process and significantly increases efficiency.

The operation of the insertion process is shown step by step, demonstrating the precise positioning and handling of the components. The seamless integration of the insertion system into the existing injection molding machine will then be demonstrated, including the communication interfaces and control logic.

The benefits of this solution include increasing production speed and accuracy, reducing scrap and material waste, and improving worker safety by minimizing manual intervention.

An important aspect here is maintaining a low footprint.

Autonomous apple picking with ReBeL robot

This research project investigates the application of autonomous fruit picking in a controlled, simulated trellis apple orchard environment. The orchard consists of apple trees growing flat against vertical trellises, mimicking the structured arrangement common in commercial orchards. The mobile robotic platform, equipped with the Igus ReBeL 6-DOF robotic arm and advanced sensing capabilities, navigates through the rows of the orchard, accurately identifying and harvesting ripe apples. The system uses a stereo depth camera for perception and a soft pneumatic gripper to grasp the fruit on the tree.

The autonomous fruit picking system addresses challenges such as labour shortages, rising costs, ergonomic concerns, consistency and quality as well as sustainability. It optimises the distribution of work, reduces costs, increases efficiency and improves working conditions. By automating the repetitive and strenuous task of fruit picking, human workers can focus on higher value tasks. The system works tirelessly and harvests around the clock, maximising yield and minimising the risk of crop loss. The precise gripping mechanism ensures that the fruit is not damaged, which improves the overall quality. The automation of dangerous and physically demanding tasks also improves the safety and well-being of the workers.

Landwirtschaft

Agriculture

農業

농업

农业

Agricultuur / Landbouw

Rolnictwo

Agricultura

agriculture

Conveyor belt picking with igus 3-axis delta robot

Greenox Vision: Transforming Waste Management Through AI and Robotics

The global shift towards sustainability demands smarter waste management solutions. 

 is an industry-leading, AI-driven robotic system revolutionizing Material Recovery Facilities (MRFs) with enhanced automation and precision. By pairing cutting-edge 

, Greenox Vision empowers facilities to optimize recycling processes, reduce costs, and meet evolving environmental regulations.

Greenox Vision automates the sorting and recycling of waste materials in MRFs. Its AI technology identifies and categorizes various recyclable materials accurately and efficiently, transforming waste management into a more sustainable and profitable process.

Greenox Vision combines AI-driven automation with robust igus Delta robots to revolutionize waste management, ensuring faster sorting, reduced errors, and compliance with evolving regulations. Its durable, energy-efficient design minimizes costs while enhancing recycling rates, making it an ideal solution for sustainable, scalable, and future-oriented waste processing facilities.

2D IR vision sensor for object detection and inspection

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