Prototyping & Fabrication Tools
Our Prototyping & Fabrication Tools category is dedicated to delivering advanced solutions for the precise fabrication and prototyping of semiconductor devices. These tools are essential for research laboratories and industries developing next-generation microelectronics, MEMS, and nanotechnology applications. From thin film deposition systems like sputtering and evaporation, to ion milling, hybrid, and multi-chamber solutions, our equipment enables precise control over material properties and structures at the micro and nanoscale. Whether you are involved in semiconductor device development, materials science, or applied research, our tools provide the performance, reliability, and flexibility required for innovation in this highly demanding field.
3D Printing systems enable the rapid fabrication of complex components directly from digital designs, supporting advanced research, prototyping, and industrial manufacturing workflows. This category includes professional metal 3D printers based on powder bed fusion technology, high-resolution resin 3D printers for precision applications, and a wide range of compatible materials such as metal powders and photopolymer resins. These solutions are ideal for producing functional parts, prototypes, and customized components with excellent accuracy, repeatability, and material performance, supporting applications in engineering, materials science, medical technology, and advanced manufacturing.
The Accessories category includes essential components and consumables for prototyping and fabrication workflows. High-quality filters, exhaust units, metal powders, laser safety equipment, and welding electrodes are designed to ensure efficiency, precision, and operator protection. These accessories support a wide range of applications from additive manufacturing to laser processing and metalworking. They also enhance safety, performance, and reproducibility, enabling users to achieve consistent results across diverse workflows. Durable and easy to integrate with existing equipment, the accessories minimize downtime and maintenance needs. Optimized for both research and industrial environments, they help streamline operations and improve overall productivity.
Discover advanced composite processing technologies designed to enhance precision, repeatability, and productivity in fabrication of carbon fiber, glass fiber, and hybrid materials. PHANOS TECHNOLOGY provides state-of-the-art systems for cutting, lay-up, forming, and automation in composite manufacturing.
Our solutions enable high-accuracy processing, reduced material waste, and optimized production workflows for R&D laboratories, prototyping centers, and industrial-scale manufacturing.
Whether for aerospace, automotive, marine, or energy applications, our composites processing tools help engineers achieve consistent quality and high-performance results.
Our Laser Processing tools enable high-precision material modification for research, industrial, and fabrication applications. From cutting and engraving to welding and surface treatment, our systems deliver clean results with minimal thermal impact. Discover advanced solutions that support metals, polymers, and composites with unmatched accuracy and reliability. With intuitive controls and flexible configurations, our laser systems are easy to integrate into existing workflows, ensuring repeatable and efficient operations. Built for performance and durability, they empower engineers and researchers to push the boundaries of manufacturing, prototyping, and advanced material processing.
Semiconductor fabrication tools enable clean, accurate, and repeatable processing for microelectronics and nanotechnology applications. The portfolio includes systems for photolithography, etching, deposition, and wafer-level processing, specifically designed for research labs and pilot production lines. These tools are essential for developing and testing integrated circuits, MEMS devices, and advanced semiconductor materials. With precise process control and high reproducibility, the equipment ensures consistent results across complex fabrication workflows. Designed for scalability and integration, the solutions support both experimental research and small-scale production environments. Advanced monitoring, automation, and data analysis capabilities empower engineers and researchers to innovate in semiconductor design, device fabrication, and materials development.
Discover high-precision machines for sheet metal forming and surface refinement, including clinching, planishing, flanging, and wheeling. Equipment enables efficient shaping, joining, and finishing of complex metal parts. Ideal for automotive, aerospace, prototyping, and industrial production. Solutions include kraftformers, deburring machines, and precision levelers. Engineered for durability, repeatability, and superior surface quality. Boost productivity with technology that meets today's manufacturing standards. Integrated automation and intuitive controls allow for seamless operation and reduced setup times. Advanced monitoring and quality assurance features ensure consistent results and minimal material waste.