Koios Engineering Solutions

MECHANICAL
Mechanical Manufacturing

Dive into our mechanical manufacturing world, where every job is a masterpiece. From metal fabrication to custom test bench manufacturing, we're crafting excellence with each turn of the gear.

High Precision Machining Jobs

Manufacturing support and services for high-precision manufacturing jobs.

Manufacturing intricate components with exceptionally tight tolerances and surface finishes using advanced machining techniques and cutting tools. These jobs demand precise control of parameters like cutting speed, feed rate, and tool path to ensure dimensional accuracy and minimal deviations. It is essential in industries such as automobiles and electronics, where the smallest variations can significantly impact performance and functionality.

Metal Fabrication

Fabrication support and services for metal fabrication jobs for various applications.

Process of shaping and manipulating metal materials through cutting, bending, and assembling, involving techniques like welding, machining, and forming to create complex structures and components for machinery and structures. It encompasses precision engineering methods to transform raw metal into functional products, optimizing durability and performance in mechanical applications.

Special Purpose Machines Manufacturing

Manufacturing support and services for the development of Special Purpose Machines.

Mechanical devices are used in manufacturing to perform specific tasks efficiently, such as precision drilling, welding, or assembly, optimizing production processes and enhancing quality control. Our machines are tailored to cater to your unique requirements, integrating advanced mechanisms, sensors, and automation to streamline complex operations, ultimately boosting productivity and minimizing human intervention.

Sheet Metal Components and Dies Manufacturing

Providing manufacturing support and services for the development of sheet metal Dies for specific requirements.

Production of precision tools used to shape and cut sheet metal into desired forms. The process includes designing die cavities and punches using CAD software, followed by material selection and CNC machining or other manufacturing techniques. Heat treatment and surface finishing are applied to enhance die durability and performance. These dies enable high-volume production of complex sheet metal components with tight tolerances and are commonly used in the automotive, aerospace, and appliance industries.