Unleash the Potential of High-Quality Restorations
IPS e.max Press is the trusted material that combines precision and aesthetic excellence to enhance your restorations. With over 10 years of proven clinical success, it's designed to support your craftsmanship and offer exceptional outcomes for your patients.
Proven performance: With over a decade of clinical success, IPS e.max Press provides outstanding reliability, ensuring your restorations stand the test of time and deliver excellent results.
Exceptional strength: Achieve precision with ease. Thanks to its high biaxial flexural strength of 470 MPa, IPS e.max Press supports the creation of durable, thin restorations without compromising on aesthetic quality.
Versatile restoration options: IPS e.max Press offers a wide range of shades and translucencies, allowing you to craft both monochromatic and multi-layered restorations tailored to every clinical need.
Efficiency in every press: Maximise productivity by pressing multiple restorations in a single cycle, improving workflow while maintaining exceptional quality.
SR Nexco composite is the ideal solution for creating restorations that mimic the natural look and feel of tooth enamel. With its sophisticated physical properties and compatibility with various materials, it’s a perfect addition to your lab for versatile, high-quality results.
Natural aesthetics: The light-optical properties of SR Nexco, enhanced by micro-opal fillers, replicate the opalescence, fluorescence, and translucency of natural teeth, delivering restorations that blend seamlessly with your patients' smiles1.
Durable and stable: Designed with high wear resistance and stable shade and gloss, SR Nexco ensures long-lasting restorations that maintain their aesthetic appeal over time.
Versatile applications: Whether you’re creating framework-free or framework-supported restorations, SR Nexco adapts to all your needs, including modifications of PMMA (polymethyl methacrylate) materials for a wide range of cases.
Easy to work with: SR Nexco is compatible with a variety of materials like alloys, titanium, and zirconium oxide, and can be reliably light-cured in most commercially available devices, simplifying the workflow for your lab2.
*Offer ends 31st August 2025
[1]At natural light conditions. The use of artificially generated UV or near UV light may result in a different impression.
[2]With a broad light emission spectrum of 380–510nm.