Premium Jewelry Casting Investments
PRESTIGE® Investment Powders represent Certus’ premium solution range, developed for jewelry casting applications where surface quality, dimensional accuracy, and process control are critical. Engineered to outperform traditional investment systems, PRESTIGE formulations incorporate the latest advancements in ceramic raw materials and precision formulation technologies.
To ensure exceptional batch-to-batch consistency, PRESTIGE products are manufactured under Certus’ proprietary ZERO DEFECTS® Quality Philosophy. Each formulation is subjected to a multi-stage quality control process designed to minimize variability and deliver reliable, repeatable results in demanding production environments.
Selected PRESTIGE formulations also integrate Certus’ proprietary BLAST AWAY® Technology, developed to improve post-casting efficiency. This technology enables the fired investment to break down more effectively during quenching and cleaning, allowing faster removal from cast trees, blind holes, and delicate details-significantly reducing labor time, finishing costs, and overall production downtime.
PRESTIGE – The Choice of Jewelry Casting Professionals Worldwide
Precision Investment Powders for the Modern Caster
SPECTRA® Investment Powders are engineered to deliver reliable technical performance, precision, and operational flexibility across a wide range of jewelry casting applications. Developed by Certus, SPECTRA reflects decades of expertise in gypsum-bonded investment materials used for casting gold, silver, bronze, and other low-melting alloys.
All SPECTRA formulations are produced in accordance with Certus’ ZERO DEFECTS® Quality Philosophy, ensuring controlled raw materials, monitored processing parameters, and consistent performance from batch to batch. This disciplined quality approach supports predictable mold behavior, dimensional stability, and smooth, defect-free castings.
In selected formulations, SPECTRA also benefits from Certus’ BLAST AWAY® Technology, enhancing cleaning efficiency after casting. By allowing the fired investment to release more effectively during quenching, this technology helps improve workflow efficiency while maintaining the precise detail reproduction and surface quality expected in professional casting environments.
