"We are bringing the application solutions of the future to life today."
In the field of industrial robotic automation, we develop flexible systems that add value to every stage of production processes with innovative and reliable solutions, supporting businesses in achieving their goals of more efficient, high-quality, and sustainable production with high precision and maximum efficiency. In every project, we aim to increase production performance, reduce costs, and provide our customers with a long-term competitive advantage.
Maximum Production Performance
Long-Term Investment
Wide Range of Applications
Customized Solutions
SMART APPLICATIONS WITH CAMERAS
Quality Control
By combining artificial intelligence and image processing technologies with robotic systems, we are giving robots the ability to "see." In this way, we offer innovative solutions that integrate control systems that automatically detect non-standard workpieces using intelligent camera systems into production processes.
Our intelligent and innovative robotic solutions form the basis of modern automation systems that adapt to changing production needs, deliver high efficiency, and create a sustainable competitive advantage.Akıllı ve yenilikçi robotik çözümlerimiz; değişken üretim ihtiyaçlarına uyum sağlayan, yüksek verimlilik sunan ve sürdürülebilir rekabet avantajı oluşturan modern otomasyon sistemlerinin temelini oluşturmaktadır.
Position Control
The systems we have developed are based on the goal of offering flexibility, speed, and precision on the same platform. Advanced image processing technologies, developed by our expert engineering team, enable robots to detect, position, and process workpieces with high accuracy, resulting in superior performance in production processes.
While utilizing standards and practices, we design and implement each project specifically tailored to our clients' needs. This approach helps us achieve high efficiency, low error rates, and a rapid return on investment in production processes.
MACHINE FEEDING APPLICATIONS
Press Feeding
Robotic press feeding systems, developed by our expert team, are designed to provide high speed, precision, and production continuity in manufacturing operations. The systems operate on the principle of automatically feeding materials into the press or transferring parts between multiple presses, ensuring uninterrupted sequential operations. They offer modern and sustainable production systems that increase operational efficiency and support workplace safety, especially for high-volume production businesses.
Synchronization between robots and press machines is ensured through project-specific control and automation software, enabling the safe and efficient management of the entire production process.
CNC Feeding
Robotic CNC feeding systems are designed with the goals of high repeatability, uninterrupted production, and maximum efficiency. Especially in production processes with standard dimensions and long cycle times, robotic feeding systems provide significant advantages to businesses. In this context, the systems we have developed increase production capacity while maintaining quality standards, reduce error rates, and provide businesses with a sustainable competitive advantage.
Depending on production needs, a single robot can be configured to function as multiple CNC machines. This increases machine utilization rates, reduces operator dependency, and ensures continuity in production processes.
TRANSFER APPLICATIONS
Transport
Our transfer solutions provide businesses with a high-performance and reliable automation infrastructure by ensuring the standardized, controlled, and sustainable transfer of products from one point to another within the production line. The developed conveying and transfer robots optimize the logistics processes of modern manufacturing facilities by providing seamless and synchronized material flow between production lines.
These systems, operating in conjunction with production lines, use image processing technologies to precisely detect products arriving in irregular shapes and positions, and reliably transfer them to the correct location. Offering a much faster, more flexible, and repeatable structure compared to traditional and manual conveying methods, transfer robots contribute to the full-capacity operation of production lines, significantly increasing overall productivity.
Packaging and Palletizing
Our developed robotic packaging and palletizing systems optimize logistics processes by ensuring that products coming off production lines are packaged and palletized with high speed, precision, and standard quality. Working in full synchronization with the production line, these robotic systems identify products using intelligent sensing technologies appropriate to the project, and perform boxing, cartoning, sorting, and stacking operations seamlessly and with high accuracy. ZEYN Engineering's project-specific robotic packaging and palletizing solutions offer businesses high efficiency, sustainable quality, and low operating costs thanks to their flexible structure that easily adapts to different sectors and product groups.
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POLISHING APPLICATIONS
Sanding and Polishing
Developed by ZEYN Engineering, robotic sanding, polishing, and buffing systems are advanced automation solutions designed for applications requiring high surface quality, precision, and repeatability in production processes. These systems perform processes such as removing post-manufacturing surface defects, improving surface roughness, performing polishing operations, and preparing the surface before coating, all with the same quality standard and high precision on every part. Depending on the application, the abrasive equipment can be moved on the robot arm, or the workpiece can be guided in a controlled manner on stationary processing equipment.
With robotic deburring applications supported by artificial intelligence and image processing technologies, we perform precise surface finishing operations quickly and flawlessly in a single pass. Our robots, operating with abrasive equipment, remove burrs from materials with high accuracy and repeatability, ensuring consistent quality, minimizing human error, and enabling waste-free production. These systems, capable of operating continuously for three shifts, increase production volume while reducing cost per part, and offer businesses a more controlled, safe, and efficient production process.
PARTS MACHINING APPLICATIONS
Deburring
Processing and Assembly
We evaluate the parts to be machined using AI-powered simulations, determining the appropriate robot type and, where necessary, positioner, rotary table, or servo rail solutions based on part dimensions and processing requirements. In this process, where seventh-axis systems can be integrated into the project, we guarantee superior quality with our robots offering high precision and repeatability.
ZEYN Engineering has developed assembly robots equipped with artificial intelligence and image processing technologies that provide speed, accuracy, and standardization in production processes. Our robots, which work in sync with production lines, significantly increase line efficiency by performing assembly operations with high precision. Eliminating the risk of errors in manual assembly, these intelligent systems offer businesses a faster, more reliable, and sustainable production structure.
Bending and Cutting
With our developed robotic bending systems, we bring speed, flexibility, and high safety to sheet metal bending processes. Thanks to the synchronized and feedback-based operation of robots with the press, the correct operation is performed at the right time, increasing quality while reducing waste. Operator risks are eliminated by safely handling heavy or large parts, while production time and costs are significantly reduced thanks to high repeatability in the processing of small and delicate parts. In this way, businesses achieve both an efficient and sustainable production structure.
We offer high-precision, fast, and economical cutting solutions in different materials. Our robots, integrated with plasma equipment, reliably perform operations such as drilling, marking, and 2D-3D surface cutting, while increasing production efficiency with minimum operating costs and a long service life. We offer quality results in a wide range of materials from steel to aluminum, nickel alloys to titanium.
WELDING APPLICATIONS
Gas welding - Arc welding - Spot welding
We bring speed, precision, and high efficiency to production processes with our robotic gas metal arc welding and spot welding systems, supported by artificial intelligence and image processing technologies. Our robots create stable, high-quality, and repeatable welds in gas metal arc welding, while optimizing the production line by joining different materials quickly and economically in spot welding. Supported by advanced sensors and control algorithms, these systems adapt to both X and C clamp structures, offering superior performance on different geometries and parts. Thus, we provide businesses with safe, high-quality, and sustainable robotic welding solutions.
PAINTING APPLICATIONS
Part and Area Painting
With our high-tech painting robots, we bring high precision, speed, and safety to production processes. Our robotic systems, which provide excellent coating even in deep and hard-to-reach areas thanks to their wide range of movement, minimize painting errors and the need for manual touch-ups. We reduce paint consumption with standard and repeatable applications, while preventing operator exposure to harmful chemicals and solvents, thus providing a safe working environment. In this way, we offer our customers efficient, sustainable, and high-quality robotic painting solutions.
COBOT APPLICATIONS
Our cobot solutions bring flexibility, safety, and speed to production processes. Thanks to their lightweight and adaptable design, our cobots are easily integrated and can be deployed quickly without requiring programming knowledge. These low-cost, next-generation robotic systems offer a rapid return on investment while making automation more accessible and efficient for businesses.
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