+3725216168
9.00-17.00
info@ldsmetall.eu
denis.lugovets@gmail.com
Services
Precision CNC Internal Milling Services in Estonia
LDS Metall specializes in internal CNC milling of complex bores, pockets, and internal geometries. Located in the EU, we offer advanced capabilities for manufacturers requiring ultra-precise internal machining in steel, aluminum, brass, and engineering plastics.
High-Precision Equipment
We use state-of-the-art machines and CAM software for internal milling:
- Okuma LB400M – hybrid turning-milling for bore and groove work
- Mazak 530C Smart – for multi-sided internal cavities
- Fermat WFT13 – for large, heavy components requiring deep internal cuts
Industries and Applications
- Automation and robotics components
- Medical and electronics enclosures
- Precision bushings, bearing seats, and internal threading
- Custom internal profiles based on 3D models
Why Choose LDS Metall?
- Deep internal cavity machining up to 400 mm
- High repeatability with ±0.01 mm tolerances
- Material support: stainless, aluminum, POM, brass
- Fast delivery across Estonia and the EU
Get a CNC Internal Milling Offer
Send your 3D models or PDF drawings to info@ldsmetall.eu or use our contact form.
✓ Internal CNC Machining | ✓ Okuma & Fermat | ✓ EU-Based Service
Related Services
See Our Internal Machining on LinkedIn
Check real examples of internal CNC milling posted on our LinkedIn profile. Includes prototypes and large-volume machining.
Frequently Asked Questions – CNC Internal Milling
What is CNC internal milling?
It’s a precise process to remove material inside components, such as slots, bores, and deep cavities, using rotating tools and CNC control.
What machines are used for internal milling?
We use Mazak, Okuma, and Fermat machines for flexible setups and deep internal access.
Which materials do you support?
We process stainless steel, aluminum, brass, engineering plastics (POM, PC, etc.).
Can you do custom internal geometries?
Yes, we follow your 3D CAD designs or drawing tolerances precisely using CAM software.
