Prodways Printers announces the launch of the CERAM PRO 365 Max, a new high-power configuration of its industrial ceramic 3D printing platform, designed to expand material processing capabilities while maintaining the precision and large build capacity of its patented MOVINGLight technology.
Delivering up to 200 mW/cm² of UV light intensity, compared with 130 mW/cm² for the standard CERAM PRO 365, the new system provides greater flexibility for processing challenging ceramic formulations, supporting material development, research and demanding industrial applications.
What sets the CERAM PRO 365 Max apart is its combination of high UV power, 31 μm native pixel resolution and a large 264 × 328 mm build platform, allowing users to explore advanced ceramic materials without sacrificing build capacity.
Higher UV Power for Advanced Materials and R&D
The CERAM PRO 365 Max features an enhanced 365 nm UV projection system delivering up to 200 mW/cm², representing approximately 54% higher light intensity than the standard configuration.
This additional power expands the processing possibilities for ceramic formulations requiring higher exposure energy, supporting the development of new materials, formulation optimization and advanced research applications.
Combined with flexible printing parameters, the platform provides research centers, material developers and industrial manufacturers with greater freedom to investigate challenging ceramic formulations and optimize their manufacturing processes.
With dedicated R&D kits requiring less than 1 L of ceramic slurry to operate, the CERAM PRO 365 Max platform enables researchers to start with small material quantities, minimizing material consumption during early-stage development while retaining the ability to scale up to larger builds and industrial production.
Large Build Capacity Meets High Resolution
Beyond its enhanced UV power, the CERAM PRO 365 Max retains one of the key strengths of Prodways’ MOVINGLight technology: high-resolution printing across a large build area.
With a modular build platform reaching 264 × 328 mm and a maximum build height of 350 mm, the system offers the flexibility to manufacture larger ceramic components or produce multiple smaller parts in a single build.
Unlike approaches that require users to choose between fine resolution and build size, MOVINGLight technology combines a moving DLP projection system with a 31 μm native pixel resolution, enabling detailed ceramic geometries across an industrial-scale build area.
This combination supports both material experimentation and the transition toward industrial production, particularly for applications requiring precision, repeatability and greater build capacity.
From Advanced Research to Demanding Industrial Applications
The CERAM PRO 365 Max addresses a wide range of ceramic additive manufacturing applications, including:
- Research & Development: New ceramic formulations, material qualification and process optimization.
- Aerospace & Defense: Complex ceramic cores and components for demanding high-temperature applications.
- Investment Casting: Intricate ceramic cores and molds for the production of complex metal components.
- Technical Ceramics: Functional components requiring precision and complex geometries.
- Energy & Thermal Management: Ceramic components for heat exchangers and high-temperature environments.
The CERAM PRO Range: An R&D Workhorse Built for Industrial Scale
Designed as a versatile workhorse for ceramic R&D, the CERAM PRO 365 platform combines high resolution, flexible processing parameters and scalable build capacity, supporting applications from early-stage material development to industrial production.
Building on these established capabilities, the CERAM PRO 365 Max introduces a higher-power configuration for users requiring an expanded material processing window.
While the standard CERAM PRO 365 continues to provide a high-precision solution for established ceramic formulations and industrial applications, the Max configuration offers additional flexibility for advanced materials, R&D and more demanding processing requirements.
