Paragon Tools uses the most advanced coatings, optimised to givemaximum performance with any material, from polymersto CoCr alloys
PRECISION
Paragon Tools dental burs are designed to give the most accurate results in milling. Ultra-fine grade WC (0.2μm), state-ofthe-art production technology and strict checking of dimensions ensure accurate results for longer
GEOMETRIES
Specifically designed for machining organic shapes, available with different coatings and shapes for optimum performance on different materials.
BALL END
Specially designedfor a perfect finish on screw seatings and implant connections. The PerfoEdge side design gives the tools a significantly longer lifespan.
FLAT
Designed to give the tools a long lifespan, even for high-performance roughing jobs. The TiSi+ coatingenables the millingof CoCr and titanium alloys.
BULL NOSE
With their reinforced cutting teeth and TiSi+ coating, Paragon threadingtools are designed to achieve faster milling, with greater precision and a longer lifespan even on complex materials.
THREADING
The Paragon Tools T-Slots are the most advanced tools specifically designed for milling angled seatingsand space for the screw in direct implant prostheses with angled channels.
VARIOAXIS
COATINGS
NANO DIAMOND
With their multilayer diamondcoating of up to 15 microns, Paragon Nano Diamond tools last far longer than market standards.
Unrivalled performance
The Paragon Nano Diamond burs are intended for milling highly abrasive materials such as carbonfibre, fibreglass, nanocomposites, hybrid ceramics, pre- sintered CoCr alloys and zirconium.
The three-fold combination of the tools’ very hard surface, low coefficient of frictionand micro grain WC results in an increased lifespan of up to 900% compared with uncoated tools.
DIAMOND-LIKE-CARBON
The popularisation in the dental sector of complex machining materials such as PEEK or certain polymers has forced the redesign of burs to enable chip removal, to prevent the material from heating up and to avoid the burs breaking.
Impressiveresults on difficult materials
The combination of burs with sharper cutting edges, fewer teeth and DLC coating has meant a revolution in the milling of polymers:the DLC’s low coefficient of friction enables much higher machining speeds and keeps the cutting edge sharp for longer, resulting in better performance and surface finishing.
TiSi+
TiSi+ is a siliconnitride matrix into which nanocrystals of titanium aluminumnitride are deposited, forming a very hard nanocomposite ceramiccoating.
Maximum productivity in CoCr and titanium milling
TiSi+ coated tools are extremely resistant to wear and oxidation, allowinghigh machining speeds without the need for liquid cooling. Even the machining of complex alloys of titanium, nickel and CoCr is easy when using TiSi+ coated tools.
DED
The DED coating is formed by a layer of synthetic diamond crystals adhered by electrodeposition.
Optimisedfor Lithium Disilicateand Ceramics
The tools are made with optimised grain for lithium disilicate and glass ceramics which extends their lifespan and produces exceptional surface results.
VARIOAXIS ®
BY paragon tools
With their reinforced cutting teeth and TiSi+ coating, the Varioaxis® tools are designed to achieve faster milling,with greater precision and a longer lifespan even on complex materials.
Uses: Milling of undercuts and angled channel screw seatings in Titanium, CoCr, pre-sinter CoCr PMMA, PEEK, Wax.
AN ALL IN ONE SOLUTION FOR MILLING ANGELED SCREWCHANNELS DEVELOPED BY EXPERTSIN MANUFACTURING HIGH-PERFORMANCE DENTAL MILLING TOOLS
The first all in one solution for milling angled screw channelson implant level restorations simply, easily and efficiently. All with just three tools to cover all implant connections, and a CAD library with nominal connections and morphologies ready for milling.
With the Varioaxis® system,dental laboratories with open CAD/CAM systems will be able to solve complex cases in the most effective, simple and practical way, without the need of CAM knowledge or experience.