Churchill Technologies enables manufacturers to compete in a global environment through development of state-of-the-art automated high-volume sub-assemblies, cutting-edge automated gauging systems, and integration of leading industrial robots. In today's competitive marketplace, flexibility is key in manufacturing processes in order to respond quickly to continuously changing market dynamics.
Production speed, productivity and efficiency must continually improve without compromising quality and customer satisfaction. Churchill Technologies focuses on engineering expertise, specializing in the design and build of equipment for manufacturing industries. Our systems range from simple operator workstations to high-volume assembly and test systems.
Production speed, productivity and efficiency must continually improve without compromising quality and customer satisfaction. Churchill Technologies focuses on engineering expertise, specializing in the design and build of equipment for manufacturing industries. Our systems range from simple operator workstations to high-volume assembly and test systems.
Services
Our experienced personnel and company structure allow us to react quickly to the ever-changing demands of the industry. We are a group of passionate engineers who have many years of experience on the front line of tier one manufacturing companies. Our experience covers design, build, start-up and operations management.
Piston manufacturing is at the forefront of our manufacturing capability. We have experience through every element of the piston manufacturing environment. A key part of this experience lies in the assembly of the piston, rings, pin, clips and connecting rod. Our systems range from freestanding, manually operated machines for low-volume applications to high-volume fully integrated systems for complete assemblies.
Our capabilities extend across many of the available technologies for machine auto loading. These technologies include robots with four and six axes, such as Motoman, Kuka, Kawasaki, ABB and Toshiba. We also design and build special purpose gantries for specific application where robot technologies are not effective.
Gaging applications may be stand-alone or they may be integrated into assembly systems as part of the assembly verification process. Data collection packages and traceability are key features of the systems we develop, along with laser barcode marking. Key gaging applications could include digital LVDT, air gaging and vision systems.
We have designed and built many flexible CNC drilling machines for high-volume automotive component applications. The machine concepts have a specific niche in the manufacturing arena, where standard CNC machine tools simply do not meet the volume requirements. Examples of some of our machines are shown in the accompanying videos.
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