TM10715 Custom Titanium Part CNC

Custom Titanium Part CNC Description

Custom Titanium Part CNC is fabricated from commercially pure Grade 1 titanium using CNC machining techniques. The component features accurately maintained dimensions and surface integrity through controlled thermal processing and metrological assessments. Its low density and high corrosion resistance make it a practical solution where weight reduction and inert performance are required. Engineered for industrial applications, the part meets strict dimensional and finish criteria essential for demanding engineering projects.

Custom Titanium Part CNC Characteristics

* Customisation based on provided drawings.

Custom Titanium Part CNC Applications

1.       Aerospace Components
   - Used as structural connectors in aircraft systems to achieve weight reduction by leveraging titanium's high strength-to-weight properties.

2.       Medical Devices
   - Employed as prototype components in surgical instruments to ensure biocompatibility and minimal reactivity by leveraging the inert nature of commercially pure titanium.

3.       Industrial Equipment
   - Applied as processing fittings in chemical handling systems to achieve corrosion resistance by leveraging titanium's inherent resistance to aggressive media.

Custom Titanium Part CNC Packing

The component is packaged using anti-static foam inserts within a hard, shock-absorbing polyethylene case to prevent surface damage and contamination. The packaging also incorporates moisture barrier layers and cushioning to maintain dimensional stability during transit. Temperature-controlled storage is recommended to avoid thermal stress. Custom packaging options, including compartmentalisation and specialised labelling, are available upon request.

Additional Information

Titanium and its alloys are widely used in applications requiring a low density and resistance to environmental degradation. Grade 1 titanium, known for its high chemical purity and workability, finds applications in sectors where material inertness and machinability are critical. CNC machining of titanium parts demands careful control of process parameters to manage heat generation and tool wear.

Recent advancements in machining technology and quality control methods have enabled the production of complex titanium components with strict dimensional tolerances. Understanding the material characteristics and processing conditions helps in optimising performance for challenging industrial applications.