Yucera YRC-5X is made for dry milling workflows where a laboratory needs flexibility across different restoration types. It can process zirconia, PMMA, wax and composite materials, which gives the lab room to handle both routine and more specific CAD/CAM cases.

The machine uses a 5-axis linkage system. This matters when the restoration shape is more complex, because the machine can approach the material from different angles during milling. The listed rotating axis range is A = 360° and B = ±30°, supporting more flexible tool movement than a basic 3-axis setup.

The 60,000 rpm spindle is designed for efficient cutting in dry milling conditions. Combined with a 7-position tool magazine, the machine can continue through different milling stages without constant manual bur changes.

YRC-5X is listed for inner crowns, veneers, full crowns, bridges, orthodontic braces, telescopic crowns, inlays, dentures and dental models. This makes it useful for laboratories that want one milling unit for several common restorative and dental production tasks.

The machine runs on 220–230 V power, requires 4.5–7.5 bar dry air pressure and has a footprint of 530 × 650 × 750 mm. At 102 kg, it is a serious lab machine, but still compact enough for a dedicated CAD/CAM production area.

5-axis dry milling: Designed for dry milling with 5-axis linkage for complex dental geometries.

60,000 rpm spindle: The high-speed spindle supports efficient cutting across supported dental materials.

Multi-material compatibility: Processes zirconia, PMMA, wax and composite materials.

7-bur tool magazine: The automatic tool magazine supports continuous milling with up to 7 burs.

Wide restoration range: Suitable for crowns, bridges, veneers, inlays, dentures, dental models and related cases.

A-axis 360° rotation: Supports flexible material positioning during milling.

B-axis ±30° rotation: Allows angled tool access for more complex milling tasks.

Dry air operation: Requires 4.5–7.5 bar dry air pressure for stable dry milling.

Resume after interruption: The workflow can resume from the interrupted step after an unexpected stop.

Compact machine footprint: The 530 × 650 × 750 mm body fits into a dedicated CAD/CAM lab area.

102 kg machine weight: Built as a stable production unit for dental laboratory use.

C-clamp adapter support: The adapter helps use material edges and can increase material utilization.