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Dynamic Hanging and Picking
Dynamic hanging and picking robots are radically transforming facility workflows. These advanced robotic systems can handle and hang parts weighing up to 5 kg with high precision, as well as pick them from the line. With these capabilities, the management of parts both pre- and post-painting becomes highly effective, even on complex production lines.
The high speed offered by this technology directly impacts operational capacity, as these robots can hang and pick each product in just one second. Consequently, bottlenecks in production lines are eliminated, and total cycle times are reduced. Such innovative steps in industrial automation not only increase the overall efficiency of facilities but also allow the workforce to be redirected toward higher value-added areas.
DİNAMİK ASKILAMA VE TOPLAMA
Sürekli ve Esnek Üretim Hattı
Industrial Advantages of Dynamic Hanging and Picking Systems
- High Speed: A cycle time of 1 product per second provides a significant increase in efficiency for mass production lines. Compared to manual labor, this means a consistent, error-free pace, independent of human fatigue and interruptions.
- Load Capacity: The ability to handle parts weighing up to 5 kg offers a wide range of applications across various industries, such as automotive components, furniture accessories, or sheet metal processing.
- Operational Continuity: Integrating both 'hanging' and 'picking' functions on the same line reduces logistical complexity by managing the processes of loading parts onto the line before painting and unloading them after painting from a single, centralized point.
- Çevrim Hızı: 1 sn / ürün
- Taşıma Kapasitesi: 5 kg'a kadar
- Süreç: Tam Entegre Askılama ve Toplama
Speed and Efficiency in Industrial Automation
In production processes, time is one of the most critical competitive factors. The dynamic hanging and picking system developed by Ümisy provides a high cycle time of one product per second, delivering a significant increase in efficiency for mass production lines. Compared to manual labor, this technology offers a consistent, error-free, and fatigue-independent operational pace.
Versatile Load Capacity and Application Areas
The robotic system’s handling capacity of up to 5 kg offers businesses a wide range of applications. From automotive components and furniture accessories to sheet metal processing, parts of various weights and types can be managed efficiently with this system. This flexibility facilitates the robot’s adaptability to diverse production requirements.
Reducing Logistical Complexity and Ensuring Continuity
Integrating ‘hanging’ and ‘picking’ functions on the same line is a key factor in optimizing production logistics. By managing the processes of loading parts onto the line before painting and unloading them afterward from a single central point, logistical complexity in operational processes is significantly reduced. This integration fosters a more organized and traceable flow throughout the facility.
Precision Robotic Picking Discipline
Our robotic system demonstrates a highly precise discipline when picking parts directly from a stack. Developed by ÜMİSY, these modern automation solutions alleviate the physical burden on operators working in challenging environments, such as powder coating lines. This robotic picking technology plays a strategic role in increasing the Overall Equipment Effectiveness (OEE) of facilities and ensuring alignment with smart factory standards.
New Standards in Industrial Efficiency
Meeting the evolving needs of modern production facilities, the dynamic hanging and picking technology by Ümisy offers performance that pushes the boundaries of traditional methods. Capable of operating at a high speed of one product per second, these systems minimize downtime and ensure the continuous flow of production lines, particularly in powder coating lines and similar mass production processes. These robots, which can handle parts weighing up to 5 kg with high precision, provide businesses across many sectors—from automotive to furniture—with a reliable, error-free operational power independent of manual labor.
Tailor-Made Solutions
24/7 Continuous Operation / Minimum Maintenance
Software & Control
Mechanical & Facility
Short ROI / Operational Cost
Hardware and Mechanical Infrastructure
Engineering and Project Design
- Modular robotic chassis and high-strength mechanical components custom-designed for facility requirements.
- Manufacturing of mechanical components that meet industrial standards, offer long service life, and withstand high cycle speeds.
- High-rigidity mechanical body design, optimized according to the specific requirements of your business.
- Ergonomic and compact mechanical layout projects that perfectly adapt to tight spaces in production lines.
- Long-lasting robotic system engineering with a focus on durability and material selection suitable for industrial conditions.
- Precision mechanical balancing studies that ensure systems with a 5 kg payload capacity maintain stability even at high tempos.
Software and Control Infrastructure
- High-precision motion control software that supports a cycle speed of one product per second (1 sec/product).
- Fully integrated with powder coating and similar lines, featuring real-time traceability and automation management.
- Operator-friendly interfaces for easy calibration and dynamic picking algorithms optimized for 5 kg capacity parts.
- Advanced motion control algorithms developed for fast and precise response times.
Communication
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