Global CNC Precision Machining Services

At Nyalt Precision, we’re a family-owned machine shop specializing in CNC precision machining of difficult-to-machine aerospace materials. Our equipment can hold tolerances to five microns, or 0.0002″, on qualifying parts and features, depending on material, geometry, setup stability, and inspection requirements. Complex parts are manufactured consistently from the first piece through full production runs.

We handle demand changes quickly and keep turnaround fast on critical and complex parts. Our pricing stays competitive because the process reduces wasted time before and during production. Every machining center runs integrated CAD/CAM software, and toolpaths are programmed and verified ahead of production. The turning machines use a rapid traverse, compact turret with multitasking functions, and hold tight tolerances for both roundness and surface roughness.

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What We Excel At

Since 2004, our Singapore shop has ground precision parts for manufacturers worldwide. We correct distortion and restore geometry on titanium and Inconel components after heat treatment. Those alloys work-harden rapidly at the wheel, so we match grit and coolant to each material. Two-micron tolerances stay tight from setup through inspection on every job.

Who This is For

Aerospace and defense manufacturers send us grinding work from overseas. They need those parts returned to their U.S. or European plants faster than domestic shops can manage. We grind those parts in Singapore and ship them to keep production lines moving. Firms that outsource grinding to Asia choose Singapore for IP protection under local law.

CNC Vertical Milling & Advanced Machining in Singapore

At Nyalt Precision, we use multi-axis vertical milling machines to produce complex contoured features, tight-tolerance surfaces, and multi-face aerospace components with controlled setup movement. Milling and turning are performed in the same facility under a single quality system, eliminating supplier handoffs for complex parts. One platform connects all machining centers and maintains consistent dimensional output from the first operation to final inspection.

Machine List

CNC Vertical Milling

Makino S56, Fanuc Professional 3 Controller: The S56 runs Super Geometrical Intelligence (SGI) motion control. SGI increases feed rates and tightens tolerances on intricate 3D contoured shapes.
Makino F5 with Tsudakoma (Multi-Axis) and Fanuc Professional 5 Controller with Renishaw Primo Twin Probe System: The Tsudakoma rotary table provides the F5 with multi-axis positioning. Multiple faces of a part are machined in a single setup.
Makino F5, Fanuc Professional 5 Controller with Renishaw Primo Twin Probe System: The F5 handles precision 3-axis vertical milling. Renishaw’s Primo Twin Probe measures tools and workpieces in-process, and the controller updates offsets without removing the part from the fixture.

CNC Turning

Okuma Genos L400, OSP-P200 L-R Controller: The L400 handles turning for rotational components. OSP-P200 control runs a real 3D simulation of the machining operation.
Okuma Genos L300-MY w/ Live Tooling, OSP-P300 L-R Controller: Live tooling lets the turret perform milling operations on the lathe and complete turned parts with drilled holes, slots, or milled flats in a single setup. The Y-axis handles off-center features without requiring the part to be transferred to a milling center.

CAD/CAM Software

Mastercam, CNC Software Inc. (2D & 3D): Mastercam programs 2D and 3D milling and turning operations across all machining centers.
Unigraphics, Siemens (Advanced 5-Axis Machining): Unigraphics NX handles advanced 5-axis toolpath strategies for complex aerospace geometry.

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CNC Machining Tolerances for Aerospace Materials

Tight-tolerance aerospace parts have material-specific requirements, and shops that cannot hold those dimensions produce scrap. The risk increases with alloys such as Inconel and titanium because they are more difficult to machine accurately and consistently.

The table below shows our precision capability against a typical commercial baseline for the aerospace alloys we machine.

Aerospace Material	Typical Applications	Typical Shop Tolerance	Nyalt Precision Capability
Aluminum 7075	Aircraft structures, brackets, housings	±0.003″ (±0.076mm)	±0.00012″ (±0.003mm)
AMS 4027 Aluminum	Aircraft skins, instrument enclosures, brackets	±0.003″ (±0.076mm)	±0.00012″ (±0.003mm)
Titanium Ti-6Al-4V	Landing gear, airframe components, engine mounts	±0.005″ (±0.127mm)	±0.0002″ (±0.005mm)
Inconel 718 & 625	Turbine components, exhaust systems, high-temp engine parts	±0.005″ (±0.127mm)	±0.0002″ (±0.005mm)
Stainless Steel 17-4PH	Aerospace hardware, shafts, structural parts	±0.003″ (±0.076mm)	±0.00012″ (±0.003mm)
Stainless Steel 15-5PH	Landing gear components, shafts, and structural parts	±0.003″ (±0.076mm)	±0.00012″ (±0.003mm)
Rene 77 (R77)	Hot-section turbine components, extreme-temperature aerospace parts	±0.005″ (±0.127mm)	±0.0002″ (±0.005mm)*

How Aerospace Materials Affect Machining Risk

Aerospace alloys do not fail in the same way during machining. Titanium and nickel alloys can accelerate tool wear and heat buildup, while softer aluminum grades can create finish, chip control, and deformation issues during close-tolerance work.

These material differences affect tool selection, cutting strategy, setup planning, and inspection frequency. That planning helps reduce the risk of scrap before expensive aerospace material reaches final inspection.

Quality and Certifications

We have held ISO 9001 certification since 2005 and AS9100 certification since 2010. Maintaining both certifications means strict quality controls and detailed reporting on every project. Each part is fully traceable from raw material sourcing through final delivery, and customers receive complete quality documentation with every order.

Frequently Asked Questions

What industries do you serve?

We have extensive experience working with American and international companies across a wide range of industries, including aerospace, commercial flight, unmanned systems, marine, and precision electrical. Our team also supports projects ranging from prototype development through production machining and assembly.

Do you coordinate finishing and secondary operations?

We manage heat treating, plating, and surface finishing through qualified vendors and deliver parts ready for assembly. This allows customers to source complete-to-print components through a single supplier.

Is part marking and traceability available?

Yes, we can permanently mark parts with CNC machining and laser engraving for identification and assembly traceability. Complete traceability can be maintained from raw material through finished product delivery.

Can you handle assembly in addition to machining?

We provide turnkey mechanical assembly and custom kitting as part of our value-added services. Components can be assembled according to the customer’s bill of materials requirements before shipment.

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Global CNC Precision Machining Services

What We Excel At

Who This is For

CNC Vertical Milling & Advanced Machining in Singapore