DATRON D5 Universal
The all-rounder with the perfect finish for grinding glass ceramics
The D5 Universal is your technology of choice if your laboratory regularly requires the grinding of glass ceramics and the milling of NPM and soft materials. The machine is suitabel for the machinging of the following materials:
- Glass ceramics
The D5 Universal offers best quality machining of all current materials due to its comprehensive range of functionalities. Equipped with a wet-cutting option, the D5 Universal can also machine glass ceramics, to many the material of the future. The D5 Universal is the only machine capable of handling the widest possible range of materials and indications.
Dimensions (W x H x D) 79 cm x 191 cm x 119 cm Weight Approx. 900kg Precision spindel 1,8kW, 50,000 rpm, HSK-E 25 tool insert Tool changer Up to 15 tools with tool lenght sensor and tool breakage recognition Automation Up to 8 blanks Angel ranges Rotary swivel axis A: Up to ± 25°; B: Up to ± 45° (both sides) Workpieces Standard dental blanks with shoulder; ∅ 98,5 mm Pneumatic connection 7 bar Supply voltage 3 x 400 VAC/16 A Power rating 4,000 VA (max. fuses 3 x 16A) Air consumption 200 litres, dry
The DATRON D5 was the first industrial machine worldwide to be controlled via an Apple iPad Tablet. This allows a simple and intuitive operation, which according to our experience is possible to learn within two days, even without prior knowledge. No matter whether you wish to load or activate new milling jobs, manage material blanks or define different types of tools, all is facilitated using simple touch functions. The iPad is removable, and allows you to monitor all major machine functions and manage jobs also remotely. Using the "Live View" function, the operation inside the machine is transmitted to the iPad. No need to look in the machine to see what is being milled, but rather do so i.e. from your office.
The D5 control software includes, among other features, the following functionalities:
- Sister tool management
- End mill, blank and job management
- Machining path supervision
- Machine status display
- SMS status notification (optional)
and much more.
The DATRON D5 was developed specifically for the field of dental technology. The entire machine geometry, its rigidity, and all traverse paths are designed precisely to machine dental material blanks. When machining, the blank is at the centre of the machine, ensuring an optimal power flow. Powerful servo motors and torque motors ensure high machining dynamics and speed. The linear scales of the D5 Linear Scales provide maximum process reliability and precision.
High-Precision Machining Spindle
With speeds up to 50,000 rpm and a concentricity better than 2 μm, the machining process results in a very high quality surface finish. Due to the high cutting speed, only low cutting forces are required, allowing accurate machining of very thin-walled indications and thin, delicate crown edges.
Precision Ball Screws and Guides
Highest quality components from renowned manufacturers offer high accuracy and are the prerequisite for high machine availability and low maintenance costs.
Rigid and Low-Vibration Construction
A cast steel machine bed, cast aluminium structural parts, brushless servo and torque motors, optimised leverage ratios and traverse paths provide a rigid, vibration-free construction and high dynamics. This allows for high machining forces and accelerations necessary for the cost-effective machining of metals.
Low energy consumption and a careful use of resources are taking an increasingly important role, also in view of rising energy prices.
Through their innovative design and their very economical drive technology, DATRON’s milling machines use significantly less energy than comparable products.
If DATRON machines are not used over a certain period of time, they automatically switch off their power, thus reducing their already low power consumption still further.
The minimum quantity cooling lubrication technology used in metal machining is an extremely reliable and cost-effective solution. Without any hazardous waste, it is also extremely environmentally friendly compared to flood cooling.