Titanova’s machine shop plays an essential role in delivering precision-machined components that support and extend the value of our advanced laser processing capabilities. By combining machining and laser services, we help customers reduce lead times and control costs through complete, ready-to-install parts. Our facility is equipped to handle a wide range of part sizes and geometries, and our skilled team applies decades of experience to each project.
We offer both CNC and manual machining, with capabilities that include 4th and 5th axis machining and cylindrical grinding. These processes allow us to produce everything from prototypes to high-volume production runs with consistency and accuracy. The flexibility of our setup enables fast transitions and efficient handling of complex part profiles.
Precision Through 4th and 5th Axis Machining
Our multi-axis machines provide added precision and speed for parts requiring multiple features or continuous cuts along curved surfaces. With 4th axis machining, we can rotate workpieces around a central axis, which is ideal for parts that need machining on multiple sides without manual repositioning. The 5th axis adds an additional rotation, giving us the ability to manufacture parts with tight angles, intricate features, and unusual contours — all in fewer setups. This capability improves repeatability and cuts down on production time, making it suitable for high-performance parts in aerospace, energy, and defense.
Machining that Complements Laser Processing
We integrate machining into laser-based services such as cladding, welding, and heat treating. For instance, parts requiring laser weld overlay or laser cladding may need pre-machining to prepare the surface, followed by post-machining to achieve final specifications. By combining these steps under one roof, we streamline production and avoid delays caused by outsourcing. This approach is especially valuable for industries that require short turnaround times and consistent part quality.
Weld Overlay and Low Heat Options
Titanova offers laser weld overlay to restore worn or damaged surfaces. This process adds metal to specific areas of a component to restore its original dimensions and function. For parts sensitive to heat distortion, we apply low heat weld overlay techniques that preserve material properties and maintain dimensional stability. These overlays are commonly applied to bearing journals, valve components, and high-wear industrial parts.
Carbide Overlay and Wear Resistance
In harsh environments where abrasion is a concern, we apply carbide overlay to extend the life of critical surfaces. This method deposits wear-resistant carbide material onto selected areas, forming a durable surface that withstands repeated contact, friction, or erosion. Components such as pump sleeves, tools, and valve seats often benefit from this process.
Working with High-Performance Materials
Our machinists and engineers have experience with hard-to-machine alloys such as Inconel, Stellite™, and other high-nickel and cobalt-based materials. These metals are frequently used in high-temperature and high-stress applications, requiring specialized cutting strategies. With the right equipment and expertise, we produce parts that meet strict industry requirements while preserving material integrity.
Expanding Capabilities in Grinding
We currently offer cylindrical grinding at the R&D level, with ongoing investments planned for expanded grinding services. This capability enhances our finishing options, allowing us to achieve precise diameters, tight tolerances, and smooth finishes across a range of geometries.
A Streamlined Manufacturing Partner
By combining machining with laser welding, heat treating, and additive repair services, Titanova delivers efficient production and remanufacturing solutions. Whether producing new OEM parts or restoring worn components, we help customers reduce downtime, improve service life, and meet demanding specifications.
Contact us today to learn how our machining services can support your next project.
