The DATRON D5 was developed specifically and exclusively for dental milling applications. All specifications from machine size to performance were designed for the efficient handling and milling of
dental blanks (or material pucks). The blank is milled in the absolute center of the machine ensuring optimal cutting force. High performance servo and torque motors deliver superior machining dynamics and speed.
The innovative touch operator interface of the removable Apple iPad enables very simple programming of the DATRON Dental software. So, even from a distance, the machine operations and job status can be monitored.
DATRON has decades of experience delivering turn-key, industrial-grade milling solutions that start making money the day they arrive at your door. We work with companies just like yours to determine if our system makes sense for you based on your current and projected volumes. If so, we can help to integrate all of the disparate elements into a complete production solution. From 3D scanning through final milling, we’ve developed a proven workflow to ensure repeated success in dental labs worldwide.
Think about how much your lab is spending on titanium abutments and bars per month — now imagine if that cost was only 10% of your total bill! The D5’s robust capabilities allow you to bring extremely profitable titanium manufacturing in-house at a fraction of the cost. Get in touch with us to insert your current production into our calculator so you can see how much money you can really make. At full capacity, your complete system can be paid off in as little as 4 months!
The quality of our product impacts the quality of your product. Milling complex dental indications like titanium implant bars and custom abutments require a machine designed to produce them with a precise fit and finish. The German-engineered D5 was designed from the ground up specifically for this type of work.
From the rugged rotary axis to powerful servo and torque motors, each part of the DATRON D5 was engineered for the rigors of milling titanium. The entire machine geometry, its rigidity, and all traverse paths are designed specifically for milling dental material blanks. During the milling process, the blank is at the center of the machine, ensuring an optimal power flow. Powerful servo motors and torque motors ensure superior machining dynamics and speed.