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Material analyses, machining techniques and quality updates shared by our engineers. Technical articles for design offices, quality managers and industrial procurement teams.

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MaterialsDRAFT

How to Avoid Scratching Stainless Steel Turned Parts

Causes of scratching on stainless steel turned parts and concrete solutions: tool selection, cutting conditions, packaging and contact-free transport protocols.

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QualityDRAFT

ISO 13485: What the Certification Concretely Changes in CNC Turning

UDI traceability, 15-year archiving, IQ/OQ/PQ qualification: ISO 13485:2016 requirements applied to precision medical CNC turning.

8 min readRead article →
Machining TechniquesDRAFT

CNC Tolerances: How to Achieve Micron-Level Precision

From ISO IT5 tolerance to ±0.003 mm: key factors, cutting tool selection, thermal management and CMM metrology to hold the tightest dimensions.

9 min readRead article →
MaterialsDRAFT

Titanium TA6V: A Complete Technical Guide for CNC Turning

Medical vs aerospace grades, cutting speeds, lubrication, tool wear: everything you need to know for CNC turning titanium TA6V.

10 min readRead article →
MaterialsDRAFT

Inconel 718: Mastering Superalloy CNC Turning

Work hardening, high heat, rapid tool wear: cutting strategies, ceramic and CBN inserts for machining Inconel 718 in aerospace applications.

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MaterialsDRAFT

Medical PEEK: A Complete Guide to Precision Plastics Machining

PEEK-OPTIMA, carbon-filled PEEK, CFR-PEEK: specifications, machining conditions, tolerances and surface finishes for implantable medical applications.

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Machining TechniquesDRAFT

Swiss-Type Sliding Head Turning: Advantages and Applications

Sliding head vs fixed head turning, diameters < 32 mm, long slender parts: when to choose Swiss-type machining and for which sectors (medical, connectors, watchmaking).

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Machining TechniquesDRAFT

5-Axis CNC Machining: Fewer Operations on Complex Parts

Benefits of simultaneous 5-axis: fewer setups, maintained tool precision, complex shapes in a single operation for aerospace and medical.

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QualityDRAFT

IATF 16949: Key Requirements for Automotive CNC Turning

PPAP level 3, APQP, process FMEA, SPC, PPM < 50: how to apply IATF 16949 requirements in a precision automotive CNC turning workshop.

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MaterialsDRAFT

How to Choose the Right Material for Your Turned Parts

Stainless 316L, titanium TA6V, Inconel 718, PEEK: material selection guide by sector and constraint — mechanical, thermal, corrosion, biocompatibility.

6 min readRead article →

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