Conventional Machine

Xolerance’s lathe services provide precision and durability in high-quality aluminum components with intricate cross-sections tailored to client specifications. Our secondary operations, including CNC machining and surface treatment, ensure every part meets exacting standards for strength and reliability.

Our MITR services specialize in die-cast components, utilizing materials like aluminum, zinc, copper, and brass. This process includes comprehensive post-processing options such as CNC machining, shot-blasting, and painting, ensuring that each component meets stringent design and durability specifications.

With advanced capabilities, our drill press services produce tight-tolerance components from materials like aluminum and titanium. We provide as-cast, as-forged, and finished options, ensuring flexibility and precision across a range of applications.

Xolerance’s Traub services encompass diverse forging techniques, including drop forging, hot forging, and rolled ring forging for materials like steel, aluminum, and brass. With a focus on quality, we deliver components with consistent accuracy, enhanced by post-forging machining and surface finishing.

Our sliding head machining is ideal for complex geometries and thin-walled parts, delivering high-quality components with options for post-processing. This service is perfect for precision plastic components that require additional durability and aesthetic enhancements, such as painting and texturing.

Our vertical lathe services offer custom sheet metal stamping across materials like stainless steel, galvanized brass, and aluminum. With secondary processing options including powder coating, anodizing, and assembly, we provide comprehensive solutions for vertical lathe components.

Xolerance’s gear hobbing services support rapid prototyping and pre-production, allowing for design validation and refinement before full-scale manufacturing. Our efficient process ensures quick turnaround times, keeping projects on schedule while maintaining high precision in every gear produced.