The Dentist's "Invisible Scalpel": Understanding Diamond Needles in One Article

On the complex "battlefield" of dental treatment, diamond burs are indispensable high-efficiency grinding tools in the hands of stomatologists, well-deserving the title of a capable "partner". Their seemingly simple structure actually contains sophisticated design and advanced craftsmanship. Through an electroplating process, diamond abrasive grains—namely silicon carbide or diamond—are firmly fixed on a steel shank, forming a high-strength grinding and cutting surface.

2024-10-28

The Dentist's "Invisible Scalpel": Understanding Diamond Needles in One Article

2024-07

Dental Helper: Classification and Uses of Diamond Burs

In the field of oral healthcare, diamond burs are extremely important tools for dentists. Their diverse classifications can meet a variety of complex clinical needs. Diamond burs have detailed and practical classification methods based on abrasive grain size, functional design, and head shape.

2024-07-05

Dental Helper: Classification and Uses of Diamond Burs

2024-05

Unveiling the Secrets of Highly Effective Dental Treatment Devices: A Comprehensive Analysis of High-Speed Air Turbine Handpieces

As an indispensable device in modern dental treatment, the high-speed air turbine handpiece operates on an exquisite and efficient principle. It is based on gas dynamics, primarily using compressed air as its power source. When compressed air is introduced into the handpiece, it passes through a meticulously designed narrow nozzle. Due to the sudden reduction in the cross-sectional area of the nozzle, the air velocity increases drastically in accordance with fluid mechanics principles, generating a powerful high-pressure airflow.

2024-05-23

Unveiling the Secrets of Highly Effective Dental Treatment Devices: A Comprehensive Analysis of High-Speed Air Turbine Handpieces

2024-03

High-speed air turbine handpieces: the "turbine engine" of dental treatment.

The high-speed air turbine handpiece consists of an ergonomic handle, a high-speed turbine movement, replaceable surgical heads, and a water-cooling pipeline. The handle is designed to fit doctors' grip habits, reducing operational fatigue; as the core component, the turbine movement achieves ultra-high-speed rotation of 200,000-400,000 revolutions per minute (rpm) through high-precision blades. It is paired with replaceable round, conical, and other surgical heads to adapt to different treatment scenarios.

2024-03-12