CNC Machining
Function-critical components for demanding applications, from 10 to 6,000 mm. We engineer robust, efficient manufacturing processes that deliver accuracy, repeatability, and documentation—without compromising on geometry or tolerances.
Three key advantages
From drawing to the right process
We translate your drawing requirements into a practical process: fixture design, tooling and operation sequencing, CAM programming in Mastercam, and simulation for collision control. The aim is high removal rates without deforming the part.
Precision under control
Accuracy is secured via planned measurement points and clear protocols, correct stock allowances, and control of heat, vibration, and deflection. You get consistent surface, form, and dimensions—with repeatability across batches.
An integrated flow that reduces rework
Machining sits inside a broader industrial ecosystem—close to welding and assembly. Manufacturing engineers and operators collaborate to handle weld shrinkage and ensure sufficient stock for final dimensions, cutting lead time and error risk.
CNC machining that builds your industrial advantage
Machining is a cornerstone of industrial value—and often a potential bottleneck. UFAB treats machining as an integrated node in the Industrial Ecosystem: sourcing, welding, machining, inspection, and assembly are linked into a flow that works in practice. With a modern machine park and process know-how, we handle roughing and finishing of complex parts in stainless steel, aluminum, and other stainless alloys—from prototypes to series.
Our capabilities cover everything from small components to large structures: bed milling and horizontal boring, and 5-axis machining when geometry and accessibility demand it. Processes are designed for robustness and efficiency, with the right tools, setup and workflow, ensuring quality is maintained without compromising tolerances.
With measurement and documentation built into the flow, quality is verifiable. A cohesive approach means fewer handoffs, shorter feedback loops, and higher FPY—turning drawing requirements into stable series production.
Contact usOur Machining Methods
Milling
We mill machine components with both standard and freeform geometries at high precision. You get tight tolerances and consistent surface finish across aluminium, steels, and superalloys—from one-offs to series.
Turning
We turn shafts, rings and bushings with high roundness and low runout. With live tooling and a Y-axis, we add milled features in the same setup to cut lead time and cost.
Horizontal Boring
We enlarge and finish bores and mating faces in medium-to-large components. Long-reach tooling and probing keep position, straightness and flatness over distance.
Bed Milling
For long or heavy workpieces, bed-type milling provides the rigidity and travels required. You get straightness, parallelism and flatness in frames, bases and welded structures.
Our Machining Capacity
Materials
Steel, stainless, aluminium, duplex, Hastelloy, cast and forged goods
Sizes
From 10 mm up to 6000x2000x1500 mm, max 12,6 ton
Machining Index
Want to know which machines we have at UFAB, check our Machinery Index
Two ways to better performance
Core Services
Co-Design
Through early involvement, we optimize manufacturability with CAD expertise and in-house prototyping – reducing cost, lead times, and improving efficiency.
Welding
Our certified welders ensure high-precision welding for demanding applications, delivering strength, durability, and quality in every joint.
Machining
From prototypes to large-scale production, we provide high-precision machining with tight tolerances, optimized for efficiency and performance.
Assembly
We handle everything from subassemblies to fully integrated systems, ensuring seamless functionality and quality at every stage.
Sourcing
Leveraging a trusted supplier network, we secure the right materials and components at the right time—ensuring cost-efficiency and reliability.
Industrialization
Transform complex ideas into efficient, scalable production systems—streamlining every step from design to deployment with minimal waste and maximum impact.