True 5-axis kinematics
Simultaneous 5-axis motion with ±30° B-axis tilting reaches deep undercuts and full-arch bars in a single setup.
Compact, high-precision CAD/CAM milling centers for zirconia, PMMA, wax, PEEK and glass ceramic — installed in 60+ countries with lifetime remote technical support.
We design for the realities of a production lab: short lead times, mixed materials, and operators who cannot wait three days for an answer.
Simultaneous 5-axis motion with ±30° B-axis tilting reaches deep undercuts and full-arch bars in a single setup.
Import open STL from any scanner or CAD, or run hyperDENT / MillBox. No locked ecosystem, no per-job licence fee.
Every machine ships with remote-assist software; our engineers log in, calibrate and train your team online.
Installation, maintenance and troubleshooting are recorded step by step on the official CAMDENT YouTube channel.
Five-axis precision for crowns, bridges, implants and full-arch restorations — engineered for dental labs and clinics worldwide.

True 5-axis CAD/CAM milling for in-house production

True 5-axis CAD/CAM milling for in-house production

True 5-axis CAD/CAM milling for in-house production

True 5-axis CAD/CAM milling for in-house production

True 5-axis CAD/CAM milling for in-house production

5-axis CAD/CAM milling for in-house dental production

Full-arch accuracy in a footprint of 0.36 m²

Dust collection for zirconia milling

High quality 1700c max T-B equipment economic zirconia sintering furnace oven for dental lab

Desktop 3D scanning for the digital lab workflow
3D printing for models, guides and temporaries

Dental CAD/CAM zirconium blocks for five-axis milling

Lithium-disilicate blocks for aesthetic CAD/CAM restorations

Dental CAD/CAM titanium blocks for five-axis milling

PMMA discs and blocks for temporaries and denture bases

Dental CAD/CAM wax blocks for five-axis milling

Precision CAD/CAM burs for AIM milling machines

Precision CAD/CAM burs for ARUM milling machines

Precision CAD/CAM burs for Gilbach milling machines

Precision CAD/CAM burs for Imes-icore 250i milling machines

Precision CAD/CAM burs for Imes-icore 350 milling machines

Precision CAD/CAM burs for Roland milling machines

Precision CAD/CAM burs for Sinord MCX5 milling machines

Precision CAD/CAM burs for Titanium milling machines

Precision CAD/CAM burs for VHF milling machines

Precision CAD/CAM burs for Zirconia milling machines
Complete, connected workflows for dental laboratories and clinics — from scan and design to milling and sintering.
Complete, connected workflows for dental laboratories and clinics — from scan and design to milling and sintering.
Chairside SolutionComplete, connected workflows for dental laboratories and clinics — from scan and design to milling and sintering.
Dedicated landing pages with your country's certification, import and service terms — including INMETRO for Brazil, EAC for Russia and SFDA for Saudi Arabia.
From a 12-technician lab in São Paulo to a Vietnamese production centre milling 300 units a day.
Twelve technicians, 220 units a day, and a nine-month payback after moving from outsourced milling to in-house production.
A production centre serving 40 clinics scaled to 300 units per day while holding remakes at 1.2%.
Guides and comparisons to help you choose, install and run the right CAD/CAM workflow for your lab or clinic.
One extra axis changes the cases you can accept. Here is how to match the kinematics to your workload, not your wish list.
Machine price is only part of the story. Here is a transparent breakdown of what drives cost — and what to budget for the first year.
Chipped margins are rarely a machine problem. They come from six controllable variables — here is the checklist our engineers run first.
Send us your material list, monthly volume and country — we will return a configuration, price and delivery plan within 12 hours.