UCAM's 4th and 5th Axis solutions, as well as large rotary tables, make machining engine components including cylinder housings, clutch cases, brake components, fuel injection pumps, gearbox housing, and pump barrels simple, reliable, and stable.

Turbines like those present in hydroelectric power generators are some of the most complex shapes one can mill from a single block of metal. UCAM's newest advanced CNC Rotary Table simplifies the machining of impellers, engine parts, and other complex components.

The manufacturing of mammoth-proportioned valves, pumps, pipes, and flanges is common in the extraction of fossil resources. Even when using UCAM's huge rotary tables, such as our large-bore rotary table, there is no hitch in manufacturing; our large-bore rotary table, for example, leaves plenty of areas even when cutting longer components like drilling pipes.

Components such as carbide drill bits, compressor casting cylinders, and forged handles are vital for biting their way through rock in mining machinery. The stability and accuracy required to make these durable and complicated components are provided by UCAM's extensive 4th and 5th axis systems, which have been honed over many years of milling.

Titanium implants are the go-to method for remodelling and repairing damaged bone structures, sometimes even replacing complete skeletal units within the body. They are inert, light, and undoubtedly robust. Advanced 4th and 5th axis milling systems, such as those developed by UCAM, are required to make these irreplaceable units.

The intricate internal workings of an internal combustion engine, whether propelling a hatchback on the road or a large tractor through fields to be tilled, necessitate repeatable and rapid machining of massive metal blocks without losing precision.

UCAM 4th and 5th axis tables are critical in the fabrication of equipment like cylinder, gearbox and carbide drill bits. The geometric complexity of these components necessitates a high degree of mobility across all five axes and extreme precision during machining.