TECHNOLOGY
State-of-the-Art Dental Lab Machines and Products
​
At Esthetic Design Lab, we take immense pride in utilizing cutting-edge dental lab machines and products to deliver top-notch restorative solutions. Our commitment to excellence and innovation is reflected in our state-of-the-art equipment and materials.
3D PRINTERS
SINTERING FURNACES
PREMIUM MATERIALS
MILING
MACHINES
3D PRINTERS
Revolutionizing Dentistry: How 3D Printers Have Advanced the Dental Lab World
​
The dental industry has witnessed a transformative evolution thanks to the integration of 3D printing technology into dental laboratories. The advent of 3D printers has brought about a paradigm shift, ushering in a new era of precision, efficiency, and innovation. Here's why 3D printers have significantly advanced the dental lab world:
​
-
Unprecedented Precision
-
Faster Turnaround Times
-
Enhanced Customization
-
Streamlined Workflow:
-
Expanded Material Options
-
Complex Geometry Made Easy
-
Reduced Waste and Costs
ASIGA 3D PRITNER
Our Asiga 3D printer is at the forefront of digital dentistry. This advanced technology allows us to create precise and intricate dental models, crowns, bridges, and other restorations with exceptional accuracy. With Asiga's superior printing capabilities, we can achieve the finest details and deliver restorations that meet the highest standards of esthetics and functionality.
STRAUMANN P30
Our Straumann P30 + 3D printer, combined with ASM 2.0 print resins and the P Cure system, represents the pinnacle of 3D printing in dentistry. This combination ensures that our restorations are not only beautifully crafted but also durable and long-lasting. We prioritize the use of high-quality materials to provide you with the best possible results.
MILING MACHINES
Milling machines have emerged as a game-changer in the field of dentistry, significantly advancing the capabilities and efficiency of dental laboratories. These remarkable devices have introduced a myriad of benefits that have revolutionized how dental professionals craft restorations. Here's why milling machines have had such a profound impact on the dental lab world:
​
-
Precision Beyond Compare
-
Speed and Efficiency
-
Versatility in Materials
-
Streamlined Workflow
-
Complex Geometry Made Simple
-
Cost-Effective and Sustainable
-
Consistency and Quality Assurance
ZIRKON ZAHN
The Zirkon Zahn M1 milling machine is another integral component of our milling capabilities. It empowers us to produce high-quality zirconia restorations, renowned for their strength and natural appearance. This machine ensures that your patients receive restorations that not only look beautiful but also provide long-lasting functionality.
ROLAND DMW
Our Roland DWX-52DCi milling machine is a versatile and precise solution for both wet and dry milling applications. It allows us to create a wide range of restorations, including crowns, bridges, and implant-supported prosthetics, with exceptional accuracy and efficiency. The Roland DWX-52DCi is a crucial tool in our pursuit of dental excellence.
FURNACES
Furnaces have emerged as a cornerstone of excellence in the dental laboratory world. Their precise control over sintering and firing processes, consistency, compatibility with various materials, and integration into digital workflows have elevated the quality of dental restorations. We rely on furnaces to ensure that each restoration they create combines esthetics, strength, and durability, ultimately enhancing patient care and satisfaction. Embracing furnace technology is a vital step for dental laboratories looking to remain at the forefront of dental innovation and provide the best possible outcomes for our clients and patients.
SINTRA PRO
Our Sintra Pro sintering furnace is essential for the final step in the production of zirconia restorations. This furnace guarantees the precise sintering process necessary to achieve the ideal density and strength of zirconia materials. It ensures that our zirconia restorations meet the highest standards of durability and performance.
ZIRKONOFFEN
The Zirkonoffen sintering furnace is a critical component in our zirconia restoration workflow. It enables us to carefully control the sintering process, resulting in zirconia restorations that exhibit exceptional strength and esthetics.
At Esthetic Design Lab, our commitment to staying at the forefront of dental technology and materials enables us to provide you with restorations that meet and exceed your expectations. We are dedicated to delivering dental excellence through state-of-the-art machines and materials, ensuring the satisfaction of both you and your patients.
​
-
Zirconia: We employ high-quality zirconia materials for the fabrication of crowns, bridges, and implant restorations. Zirconia is renowned for its strength and natural appearance, making it an ideal choice for durable and esthetic solutions.
-
Emax ZirCAD Prime: We utilize Emax ZirCAD Prime, a high-esthetic zirconia material by Ivoclar, for restorations that combine beauty and strength.
-
Lithium Disilicate: Emax lithium disilicate is another premium material we use, known for its exceptional esthetics and durability.
-
Programat Porcelain Furnace: Our Programat porcelain furnace ensures that the porcelain layering process is carried out with precision, enhancing the lifelike appearance of our restorations
-
KATANA™ Zirconia YML is a new definition of zirconia in dentistry. This product is characterized by a unique raw material combination of highly translucent zirconia with high strength, which are integrated together by an advanced manufacturing technology.
-
ArgenZ HT+ This innovative material is the next generation high translucent zirconia, and is the new workhorse standard for HT zirconia. ArgenZ HT+ features 4-5% more translucency (45%) and 150MPa increased strength (1250MPa) over traditional HT zirconia.
-
Aidite 3D Multilayer zirconia crowns blend six shades for a natural tooth layering effect. Post-milling, they show a darker shade at the base, mimicking natural teeth and hiding the abutment while avoiding shade transmission. Material composition: multilayered, layerless, and natural transition.