# Finepart: Beyond cutting edge

> Finepart micro abrasive waterjet machines cut titanium, ceramics \& carbon fiber to ±10µm — non\-thermal, no burrs, no heat damage\. Request a test cut today\.

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## Pages
- [Precision Cutting](https://www.finepart.com/how-waterjet-works/high-precision-cutting/)
- [Abrasive Waterjet Advantages \& Disadvantages ](https://www.finepart.com/how-waterjet-works/waterjet-advantages/)
- [How Waterjet Works](https://www.finepart.com/how-waterjet-works/)
- [Waterjet vs\. Laser Cutting: Which Is Right for Precision Manufacturing?](https://www.finepart.com/waterjet-vs-laser/)
- [Medical Device Waterjet Cutting \| Precision to ±10µm – Finepart](https://www.finepart.com/medical-devices/)

## Posts
- [Waterjet Cutting Technology \- How It Works \& Ideal Applications](https://www.finepart.com/waterjet-technology/waterjet-cutter-how-it-works/)
- [Cutting Brittle Optical Materials Without Compromise: The Case for Micro\-Abrasive Waterjet](https://www.finepart.com/comparison/cutting-optical-materials-micro-abrasive-waterjet/): In optical manufacturing, a single subsurface crack turns a component into scrap\. Laser and mechanical dicing leave heat\-affected zones and edge chipping in fused silica, sapphire and glass\. Here is why cold micro\-abrasive waterjet cutting changes the equation for photonics — with no HAZ and micron\-level precision\.
- [Why Cold Cutting Matters in Medical Device Manufacturing: Material Integrity from Prototype to Production](https://www.finepart.com/waterjet-precision/cold-cutting-medical-device-manufacturing/): In medical devices, the material you specify must behave exactly as specified\. Thermal cutting introduces heat\-affected zones, micro\-cracks, and residual stress that put material integrity and regulatory compliance at risk\. Cold cutting with micro\-abrasive waterjet removes the defect, and the documentation burden that comes with it\.
- [CASE: BROGREN INDUSTRIES](https://www.finepart.com/case/brogren-industries/): Productivity, quality and development are the key pillars for Brogren Industries\. As a Swedish aerospace component manufacturer working with superalloys like Haynes 282, they needed a cutting process with zero thermal impact\. Here is how Finepart delivered it\.
- [Finecut Micro Waterjet Achieves ±1\.5µm Positioning Accuracy and Repeatability](https://www.finepart.com/news/finecut-new-level-positioning-repeatability-precision/): Finepart Sweden AB has updated the standard specification for positioning accuracy and repeatability in its 3\-axis Finecut systems, setting both values at ±1\.5 µm based on verified performance from delivered systems\.

## Teammates
- [Henrik Olsson](https://www.finepart.com/teammate/henrik-olsson/)
- [William Larsson](https://www.finepart.com/teammate/william-larsson/)
- [Johan Hallén](https://www.finepart.com/teammate/johan-hallen/)
- [Oskar Olai](https://www.finepart.com/teammate/oskar-olai/)
- [Stevce Mojanovski](https://www.finepart.com/teammate/stevce-mojanovski/)

## Categories
- [Press Releases](https://www.finepart.com/category/press-releases/)
- [Reports](https://www.finepart.com/category/reports/)
- [General](https://www.finepart.com/category/general/)
- [Cutting example](https://www.finepart.com/category/cutting-example/)
- [Finepart Academy](https://www.finepart.com/category/academy/)

## Collections
- [Local](https://www.finepart.com/gblocks_pattern_collections/local-patterns/)

## Categories
- [Board Members](https://www.finepart.com/teammate_cat/board-members/)
- [Executive Committee](https://www.finepart.com/teammate_cat/executive-committee/)

## Optional
- [Sitemap index](https://www.finepart.com/sitemap_index.xml)