Advanced Manufacturing
SLS 3D Printer
The six-axis robot stands out as a high-performance articulated robot, perfectly suited for a diverse range of applications such as assembly, material handling, packaging, and machine tending. With a reach of either 650mm or 850mm, it delivers exceptional speed and accuracy. Our collaborative robots are designed for ease of use, boasting a compact footprint, making them ideal for straightforward tasks like part orientation and palletizing. Notably, these handling robots can operate in sensitive environments without the need for guarding, enhancing their flexibility and accessibility. The SCARA robot series further complements our offerings, featuring options for 600mm or 800mm reach and available in three performance tiers tailored to meet various operational needs. Overall, our robots provide simple, efficient solutions for your material handling challenges while ensuring adaptability and safety in the workplace.
Additive manufacturing encompasses diverse industrial technologies, particularly in the realm of metal 3D printing, which employs either powder nozzle or powder bed techniques. This advanced process enables the production of objects with intricate properties and challenging geometries that rival the mechanical attributes of traditionally manufactured items. By maximizing functional integration and enabling the creation of lightweight structures, additive manufacturing generates significant value for customers. A robust system design combined with a powerful 400-watt fiber laser ensures consistent high performance and reliability, making it a reliable choice for various industrial applications. This not only enhances productivity but also pushes the boundaries of design, allowing manufacturers to innovate and create parts that were previously deemed impossible.
Industrial Robots
Advanced manufacturing leverages cutting-edge robotics and automation to optimize production processes. By enabling heavier lifting and more precise movements, these systems enhance consistency across numerous production units, making them indispensable in modern manufacturing. Robotics play a crucial role in safely executing hazardous tasks, thereby improving overall workplace safety. Additionally, additive manufacturing techniques, including 3D printing, powder-bed laser printing, and fused deposition modeling, Vapor deposition Coating allow for the creation of intricate assemblies from a single material source. This approach minimizes failure points within systems, reduces weight, and simplifies complexity, effectively addressing issues like thermal dissipation. Overall, advanced manufacturing represents a significant evolution in how products are designed and produced, driving efficiency and innovation in the industry.
SLA 3D Printer
The metal-based additive manufacturing technology, particularly Direct Metal Laser Sintering has been the preferred choice for metal additive manufacturing machines for nearly many years, establishing itself as the standard in metal 3D printing. DMLS technology enables the production of metal parts that achieve uniform quality and characteristics comparable to those obtained through traditional casting or forging processes. Our industrial 3D printing systems are designed for seamless integration into existing production environments, offering a variety of build space sizes, laser power ratings, and scalability options. Whether you require compact systems for the manufacture of intricate metal components or mid-sized solutions for a diverse range of compatible materials, our offerings cater to all industrial needs, delivering precision and efficiency in metal additive manufacturing..
The trend of bringing SLA 3D printing in-house has been driven by several key factors. First, the cost of high-quality SLA printers has decreased significantly, making them more accessible to a wider range of businesses. Additionally, the printers themselves have become more reliable and user-friendly, allowing for smoother integration into existing workflows. Advancements in printing materials have also expanded the range of possible applications, attracting professionals from engineering, manufacturing, and healthcare. By establishing their own resin 3D printing capabilities, organizations can enjoy numerous benefits, including reduced costs and shortened lead times for both internal projects and customer demands. This technology not only enhances operational efficiency but also fosters innovation, enabling businesses to bring their ideas to life more rapidly and effectively.
DMLS 3D Metal Printer
Process Automation
Stikine Systems is at the forefront of process automation solutions, serving a diverse array of industries including food, chemicals, cement, steel, construction, appliances, logistics, pharmaceuticals, minerals, cosmetics, and plastics. As one of the global leaders in process automation technology, we pride ourselves on our innovative material processing solutions that empower our clients to develop exciting and sustainable products. Our expertise spans a wide range of automation needs, from laboratory-scale machines to full-scale production plants. By leveraging advanced technology and our commitment to quality, we enable firms to enhance their productivity and efficiency, paving the way for a sustainable future in their respective sectors. Stikine Systems is dedicated to providing tailored solutions that meet the unique demands of each industry, thus driving success and innovation forward.
Our PVD and DLC/PECVD equipment offers a comprehensive solution for various coating technologies within a single machine, specifically designed for industrial applications. This advanced system effectively enhances the durability and performance of cutting and forming tools, precision-engineered components, automotive and aerospace parts, medical devices, and other critical components. By utilizing a magnetron sputtering system, it ensures rapid deposition of functional coatings that significantly boost wear and heat resistance while reducing friction, thereby extending the lifespan of both industrial and consumer products. The equipment achieves dense, smooth coatings comparable to those produced with HIPIMS technology, but does so at an accelerated deposition rate. This flexible solution meets the diverse needs of industries striving for high-quality performance and longevity in their products.