Guide Ultime Du Four De Frittage Dentaire f10+ Comment Utiliser Et Entretenir

Name: Guide ultime du four de frittage dentaire F10+ Comment utiliser et entretenir
Uploaded: 2025-12-20CST00:07:58-06:00
Duration: 1 min 12 s
Description: Guide ultime du four de frittage dentaire F10+ Comment utiliser et entretenir, vue Le four de frittage au zirconium du laboratoire dentaire de Yucera F10+ avec un taux de chauffage de 40 °C/min vidéo, par qualité four de frittage dentaire fournisseur chinois.

Groupe: Autres vidéos

Temps de libération: 2025-03-27

Mot-clé: four de frittage dentaire

Aperçu de la vidéo

Discover the Yucera F10+ Dental Sintering Furnace, the ultimate solution for zirconia crown sintering. Learn how to use and maintain this high-performance furnace with touch screen operation, WiFi networking, and precise temperature control.

Produit présenté dans cette vidéo

Touch screen operation for convenient and user-friendly control.
High-performance thermal insulation material ensures long-lasting thermal insulation and safety.
Built-in automatic cooling program for precise temperature management.
WiFi networking allows remote monitoring and control.
PID intelligent temperature system with wrap-around heating for uniform sintering.
Special high purity Molybdenum disilicide heating elements for chemical protection.
Automatic program for heating and platform moving, ideal for dental crown firing.
Professional manufacturer of dental equipment and consumables, ensuring quality and reliability.

Les questions

What is the maximum temperature of the Yucera F10+ Dental Sintering Furnace?

The Yucera F10+ Dental Sintering Furnace can reach up to 1560℃, making it perfect for sintering zirconia crowns.
Does the furnace support remote monitoring?

Yes, the Yucera F10+ features WiFi networking, allowing for remote monitoring and control.
What makes the heating elements of this furnace special?

The furnace uses high purity Molybdenum disilicide heating elements, which provide excellent protection against chemical interaction between the charge and heating elements.

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