- Best Practices New Normal
- Digital Dentistry
- Data Security
- Implants
- Catapult Education
- COVID-19
- Digital Imaging
- Laser Dentistry
- Restorative Dentistry
- Cosmetic Dentistry
- Periodontics
- Oral Care
- Evaluating Dental Materials
- Cement and Adhesives
- Equipment & Supplies
- Ergonomics
- Products
- Dentures
- Infection Control
- Orthodontics
- Technology
- Techniques
- Materials
- Emerging Research
- Pediatric Dentistry
- Endodontics
- Oral-Systemic Health
A new high-speed investment
CreamPress is a new investment designed to make pressing ceramic restorations easier.
Dental Ventures of America, Inc. has introduced an innovative, extremely small-grained, high-speed investment designed to simplify the pressing of ceramic restorations.
Its unique grain formula provides a pressing matrix which resists breakage during pressing procedures, even of multiple or thin units.
CreamPRESS’s unique formula is simple to use, and provides consistent, clean pressings and demonstrates finite accuracy, without a reaction layer. CreamPRESS’s unique fine particle formula also makes it easy to divest.
‘CreamPPRESS’s is offered in 20 x 100 gram packages and 50 x 100 gram packages, both packages include the appropriate volume of liquid.
FREE Samples are available by calling Dental Ventures of America, Inc., Toll Free at 800.228.6696
To view a demonstration video and customer testimonials go to www.dentalventures.com.
Episode 31: Dentsply Sirona Implant Announcements
September 30th 2021DPR’s Editorial Director Noah Levine sat down with Gene Dorff, Dentsply Sirona’s group vice president of implants and Dr. Dan Butterman to review several big announcements the company made in the arena of implants during Dentsply Sirona World 2021 in Las Vegas.
Crest Toothpaste Honored as National Historic Chemical Landmark
April 10th 2024The American Chemical Society has designated Crest toothpaste as a National Historic Chemical Landmark, recognizing its introduction in 1955 as a transformative moment in dental care through the incorporation of fluoride chemistry.
