02.2Machining & Fabrication
Multi-axis milling for geometries that demand precision.
3 and 4-axis CNC milling with CAM programming integrated with the design: fewer setups, more precision and repeatability on prismatic parts and cavities.
01Overview
From 3D model to toolpath
In milling, quality starts before the machine. CAM turns the 3D model into precise toolpaths, and DFMAA defines sequencing, tolerances and clamping points to produce faster and more economically without compromising precision.
Multi-axis machining reaches several faces of the part in fewer setups — reducing repositioning errors and total manufacturing time.
02What we deliver
What milling solves
- A
Fewer setups
A multi-axis strategy machines several faces in a single clamping, with less repositioning.
- B
Complex geometries
Cavities, pockets, contours and surfaces machined with CAM-generated toolpaths.
- C
Repeatability
DOE-validated parameters and a controlled process from the first to the last component.
03CNC Milling
Where we add value
- 02.2.1
High-hardness components
Parts that require high hardness, geometric precision and a controlled finish.
- 02.2.2
Fixtures and tooling
Jigs, fixtures and gauges that must locate parts accurately.
- 02.2.3
Machine housings and components
Prismatic parts with multiple datum faces and hole patterns.
04CNC Milling
How we work
-
DFMAA review
Manufacturability review: tolerances, clamping and operation sequence.
-
CAM programming
Toolpaths generated from the project’s 3D model.
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DOE optimization
Speed, feed, coolant and tooling tuned before the lot.
-
Machining and inspection
Controlled execution and dimensional verification of the parts.
05CNC Milling
Benefits
-
Precision
Fewer setups mean fewer stacked errors.
-
Shorter lead time
Reduced setups speed up delivery.
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Optimized cost
A process planned to reduce material and time waste.
-
Consistency
Continuous improvement (DMAIC) from the first lot to the last.
06Methods applied
Quality engineering applied at every step — from design to delivery.
- DFMAA Design for Manufacturing, Assembly and Automation
Integrates product engineering and production processes to simplify manufacturing and assembly, cutting costs and lead time while raising industrial efficiency.
- DOE Design of Experiments
Statistical planning and analysis of experiments to identify critical process and product factors and optimize variables at lower cost and time.
- DMAIC Define · Measure · Analyze · Improve · Control
The Six Sigma continuous-improvement cycle that structures process evolution, eliminating waste and ensuring consistent delivery.
- 8D Eight Disciplines method
Structured handling of deviations: identifies the root cause, corrects, prevents and documents it so the problem does not happen again.
07Machining & Fabrication
Related services
Shall we review your project?
Send drawings, requirements and quantities. Our technical team will review them and get back to you with the next steps.
Prefer to talk now? +55 19 3778-9610