02.1Machining & Fabrication
Dedicated CNC machining for components that cannot fail.
High-complexity machining managed with quality-engineering methods — DFMAA, DOE and DMAIC — so parts and tools reach peak performance in heavy-duty operating environments.
01Overview
Built for complexity
CNC turning, milling and boring for complex geometries, tight tolerances and critical surface finishes — with the process planned before the first part.
Multi-axis machining on 3 and 4 axes reduces setups and increases precision and repeatability. Before each lot, cutting speed, feed, coolant and tooling are optimized with DOE to secure performance and tool life.
02CNC Machining
Where we add value
- 02.1.1
High-precision tooling
Tools, workholding fixtures and gauges that demand high hardness, geometric precision and surface treatment.
- 02.1.2
Critical machine components
Shafts, gears, pump housings, rotors and hydraulic and pneumatic components — where one failed part can stop an entire operation.
- 02.1.3
High-load and wear applications
Components subjected to extreme conditions, requiring metallurgical control and rigorous surface finish.
03CNC Machining
Benefits
-
Precision and reliability
Machined parts with tight tolerances, validated by inspection.
-
Lower total cost
Optimized processes that minimize waste of expensive materials.
-
Speed
Know-how that accelerates the production of complex components.
-
Fewer failures
Durability secured and deviations tracked through 8D.
04Methods applied
Quality engineering applied at every step — from design to delivery.
- DFMAA Design for Manufacturing, Assembly and Automation
The design is analyzed for best manufacturability: sequencing, tolerances and clamping points optimized to produce faster and more economically without compromising precision.
- DOE Design of Experiments
Before the lot, cutting speed, feed, coolant and tooling are sequenced and optimized for the best performance and part life.
- DMAIC Define · Measure · Analyze · Improve · Control
The process is continuously measured and improved, holding the precision standard from the first to the last component.
- PPAP Production Part Approval Process
For regulated sectors such as automotive, full process documentation (flowchart, APQP, FMEA) ensures part compliance.
- 8D Eight Disciplines method
Deviations are handled through 8D: structured, traceable and preventive problem-solving.
05Machining & 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