03.3Industrial Manufacturing
High precision that proves itself in measurement.
Multi-axis machining, DOE-optimized parameters and dimensional inspection — CMM measurement and 3D scanning compared against CAD — for components with tight tolerances and critical finishes.
01Overview
Precision as a process, not a promise
A component’s precision depends on the entire process: from fixture design to machining sequence, from tool choice to cutting parameters. Every step is handled with quality-engineering methods.
Complex parts are validated through dimensional inspection — including 3D scanning compared directly against the CAD model — to confirm they are within the required tolerance.
02High-Precision Components
Where we add value
- 03.3.1
Tooling
Components with high hardness, geometric precision and surface treatment.
- 03.3.2
Machine components
Critical-fit parts in rotating, hydraulic and pneumatic assemblies.
- 03.3.3
High load and wear
Components for extreme conditions, with metallurgical control and rigorous finish.
03High-Precision Components
How we work
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Planning
DFMAA defines datums, clamping and the sequence of operations.
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Parameters
DOE optimizes cutting, feed, coolant and tooling before the lot.
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Machining
Multi-axis strategies to reduce setups and stacked errors.
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Measurement
CMM and 3D scanning compared against CAD, with a report.
04High-Precision Components
Benefits
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Proven precision
Documented measurements, not just declared ones.
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Repeatability
A controlled process across parts and lots.
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Less scrap
Optimization that reduces waste of expensive materials.
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Reliability
Components that perform their function in the assembly.
05Methods 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.
- PPAP Production Part Approval Process
Complete process documentation — flowchart, APQP and FMEA — for production part approval in regulated sectors such as automotive.
- 8D Eight Disciplines method
Structured handling of deviations: identifies the root cause, corrects, prevents and documents it so the problem does not happen again.
06Industrial Manufacturing
Related services
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