CNC Machining

Machining of a ferris wheel’s journal bearing hub
CNC Pocket milling of journal bearing seat to achieve the profile and precision

The primary objective to develop CNC milling and boring capabilities was to provide higher precision and repeatability to critical components such as steam turbine casing. As more clients realise the cost saving of insitu machining, large components which used to be machined in workshops are preferred to be conducted at site as in-situ solutions are available now. Other than the steam turbine casing boring, cnc milling capability was used to machine the guide vane of hydroturbine at site as well as journal bearing seating pads for large size ferris wheel etc.Other than the 3 axis of cnc machining, the engineering teams are also exploring the usage of 4 to 5 axis cnc machining to provide further options for our clients.

Other Services

Circular Milling
Our rotating milling machine is based on “LEGO” methodology whereby a complete setup is made up of modular parts, adapting to workpiece and site conditions.
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Linear Milling
Our linear milling equipment is different from conventional gantry planer machineas it can acclimatize to site conditions and conduct surface milling from 4m2 to 72m2.
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Metrology and Surveying
Over the years in providing field machining, one of the major delay factors is due to insufficient material to machine and meet the GD&T requirement.
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Deep hole drilling and threading
As FPSO designer increase the size of their turret to accommodate more risers, the thickness of bearing support structure increases in tandem to support the
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