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5 REASONS 
WHY JOTA  
DIAMONDBURS
ARE THE BEST

100% NATURAL
DIAMONDS

JOTA rotating diamond instruments are made from 100% high-quality natural diamonds.

This unique cutting angle format results in improved grinding performance.

Extreme durability: Natural diamond is the hardest material on the Mohs scale and offers tremendous fracture resistance.

HIGHEST QUANTITY OF 
DIAMONDS PER mm2

One of the highest densities of diamonds per mm² combined with other advanced production features offers outstanding efficiency and long-lasting performance for numerous preparations in practice and the laboratory.

Natural diamond crystals are irregularly shaped and have sharp cutting edges that enable rapid material removal. 

Low-quality synthetic diamonds.

HIGH-QUALITY JOTA NATURAL DIAMONDS

REINFORCED
BONDING

During processing, the diamonds are deeply embedded in the bonding or anchoring layer.

The JOTA iceberg effect:
more than 60% of the 100% natural diamonds are embedded in the shaft, making them extremely durable in use. 

5 Reasons Flyer
OUTSTANDING
DURABILITY

A scientific study conducted at the Pontifical Xavierian University in Bogotá, Colombia, has shown that JOTA diamond instruments retain a high percentage of adhering diamonds and show no structural fractures after five grinding cycles on natural teeth.







GRINDING
PERFORMANCE

All these elements, such as 100% natural diamonds, one of the highest densities per mm² of diamonds, extreme integration into the shaft, and many years of Swiss manufacturing technology, result in exceptional grinding performance. Internal tests have shown this to be the best performance compared to competitors.

Extensive testing confirms the high performance of JOTA diamond instruments under demanding conditions.

Test results

JOTA diamond instruments after 5 applications

Brand A diamond instruments after 5 applications

Brand B diamond instruments after 5 applications

CALIBRATION AND
PRECISE SHAFT

JOTA shank pieces are manufactured from high-quality surgical stainless steel with a solid construction.

Precise micrometer calibration in accordance with Swiss manufacturing standards and ISO requirements ensures accurate coupling and smooth operation in the turbine, which helps to reduce friction and vibration.

HOW MUCH IT COSTS
A WEEK WITHOUT
YOUR TURBINE?

The use of non-standard shaft parts can have a negative effect on the interface between the instrument and the turbine. Over time, this can lead to increased mechanical stress on clamps and bearings and impair the smooth operation of the turbine.

AVOID THIS!
1. Increased maintenance and repair costs
2. Shortened service life of device components
3. Disruption of clinical workflows

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AVOID THIS!