OSLOGIC PROCESS AUTOMATION's infrastructure includes Lathe systems integrated with CNC technology for precision machining, supporting automated assembly lines and leak testing units1. Their M1TR (Multi-Tasking Machines) enable advanced automation for complex tasks like ultrasonic welding and PLC-controlled material handling210. Milling Machines are utilized for high-precision component fabrication, aligning with their expertise in customized fixtures and conveyor systems
COSLOGIC's M1TR infrastructure integrates advanced turret milling machines with CNC technology and Digital Read Out (DRO) systems for precision tasks like ultrasonic welding, PLC-controlled automation, and material handling210. These machines feature variable speed spindles (up to 4,260 RPM), swiveling heads for multi-directional machining, and robust cast-iron construction, enabling efficient fabrication of customized fixtures and complex automation components912. Combined with their 3,000 sq. ft. in-house facility, this infrastructure supports high-volume production of industrial automation systems with minimal downtime
The company utilizes CNC milling machines for high-precision machining of metal and plastic components, enabling complex part fabrication for automation systems like SPMs and material handling equipment17. These machines integrate with PLC-controlled workflows to support automated operations such as drilling, slotting, and contouring, critical for custom fixtures and assembly line setups in sectors like Automotive and Pharma
COSLOGIC's Vertical Machining Center (VMC) setup delivers high-precision, high-speed machining ideal for detailed industrial components and automation equipment. Equipped with CNC control systems, automatic tool changers, and rigid spindle assemblies, our VMCs offer exceptional surface finish, dimensional accuracy, and repeatability. This infrastructure enhances our ability to manufacture intricate molds, dies, and custom machine parts, supporting fast turnaround and complex design execution for automation and robotics applications.
