CNC Turning & Milling
Multi-axis machining for high complexity.
The CNC milling process operates through exact translation of CAD and CAM model instructions into G-code, enabling machine tools to execute coordinated toolpaths with micron-level precision. Equipped with up to five-axis control systems, CNC milling centers orient cutting tools and workpieces simultaneously across multiple planes, facilitating the generation of intricate geometries and freeform surfaces that are unattainable with conventional methods.
Multi-axis machining for high complexity.
Precision hole-making processes.
Precision hole-making processes
Tailored prototypes and production runs
As tight as ±0.005 mm depending on material and geometry.
Grinding, honing, heat treatment, and plating.
Machining represents the convergence of precision engineering and advanced manufacturing science. Our systems translate raw alloys and engineered materials into geometrically exact, functionally robust components. Leveraging CNC control, kinematic accuracy, and optimized cutting dynamics, we achieve micron-level tolerances and superior surface topographies across both prototyping and serial production.
End-use systems depend on machining when tolerances, surface finish, and mechanical performance cannot be achieved by forming alone. Process simulation and tolerance-stack analysis reduce assembly variation and improve predicted fatigue life. Material-specific machining recipes — including cutting speeds, feed rate windows, coolant mode, and tool coating selection — protect metallurgy and limit heat-affected zones. The result is reproducible parts with validated mechanical and surface properties for critical applications.
Our team at KinetixFab provides advanced multi-axis machining solutions for complex prismatic parts, contoured surfaces, and intersecting geometries. We perform CNC turning with sub-spindle control to ensure concentricity, accurate threading, and consistent surface finishes. We offer Swiss machining using sliding-headstock technology to produce micro-scale components with exceptional repeatability and burr-free precision. Our service includes micro machining with sub-millimeter tooling and high spindle speeds, delivering intricate features for electronics, optics, and medical device applications. We collaborate closely with clients to tailor each machining solution for performance, reliability, and efficiency.
Precision grinding and surface finishing achieve tight cylindricity, parallelism, and sub-micron surface quality for critical components. At KinetixFab, our engineering experts perform secondary finishing methods such as deburring, vibratory polishing, and lapping to enhance fatigue resistance and prepare parts for end-use.
Dimensional accuracy is maintained through our systematic approach, using advanced CMM, laser, and optical scanning systems with sub-2 micron precision. Material and surface testing—including hardness measurement, profilometry, and metallurgical analysis—follows our quality standards to ensure reliable long-term performance under demanding thermomechanical loads.
We collaborate closely with clients to implement tailored finishing solutions that balance performance, durability, and functional requirements.
Our expert team delivers precision cutting and advanced machining that combines material science, kinematic control, and digital manufacturing intelligence. Our engineered workflow integrates CAD/CAM-driven toolpaths with real-time process monitoring, ensuring micron-level tolerances, surface integrity, and consistent quality across even the most complex geometries.
We perform Swiss and sliding-headstock machining to create high aspect-ratio, burr-free micro-components with bar-feed automation and micrometer repeatability, ideal for precision connectors, implantable devices, and other critical parts. Our precision methods, including ultra-fine tooling, elevated spindle speeds, and targeted chip evacuation, produce sub-millimeter features without inducing edge fractures or excessive work-hardening.
By applying thermal stability, vibration suppression, and adaptive feed-rate optimization, our solutions ensure mechanical performance, dimensional accuracy, and efficiency. The results-driven process reduces lead time while maintaining repeatable, high-quality output for demanding industrial and medical applications.
We transform fabricated sheets into fully functional assemblies that deliver both enhanced performance and aesthetic quality.
✦ Welding & Mechanical Joining
Our skilled professionals perform TIG, MIG, and spot welding along with precise fastening techniques to create strong, reliable connections for every application.
✦ Secondary Features
Our precision methods include punching, embossing, notching, and flanging to meet both functional requirements and design specifications, ensuring each part is tailored to your needs.
✦ Surface Treatments & Coatings
We deliver powder coating, anodizing, plating, and deburring services to improve corrosion resistance, durability, and visual appeal.
✦ Quality Control & Inspection
Our rigorous testing uses laser scanning, coordinate measuring, and structural testing to ensure every component meets exacting tolerances and industry standards.
Our dedicated specialists deliver flexible horizontal and vertical machining, performing multi-axis operations from 3-axis contouring to advanced 5-axis angular machining with precision and repeatability. Through our optimized procedure, adaptive tool compensation, and real-time feedback, we ensure dimensional stability, reduce thermal deviation, and extend tool life. We provide post-process enhancements like anodizing, plating, and surface finishing to improve performance and aesthetics. Our tailored solutions guarantee sub-micron tolerances, intricate surfaces, and consistent quality across aluminum, titanium, polymers, and superalloys, combining efficiency, durability, and precision in every project.
Kinetix Fabworks Pvt Ltd.
Okkal Thuruthu.
Ernakulam – 683550.
Kerala, India.