CeraFab System S320 – High-Throughput LCM Printer for Mid-Sized Ceramic Components

The CeraFab System S320 is the latest advancement in Lithoz’s LCM (Lithography-based Ceramic Manufacturing) platform, specifically engineered for the industrial-scale production of mid-sized technical ceramics. With a fivefold larger build platform compared to the S65, the S320 is optimized for volume production, offering unmatched productivity while maintaining high-resolution output across an expanded surface area.

Key Technical Features 1. Build Volume & Throughput

• Build Volume: 246 x 130 x 320 mm
  → ~5× larger than the S65, enabling significantly higher part yields per build job or the printing of much larger components

• External Dimensions: Identical to the S65, allowing direct integration into existing production lines without additional spatial requirements

• Layer Speed: Up to 150 layers/hour, equal to the S65, but with much greater part throughput per run

2. Optical System & Resolution

• Projection System: 4K UV projector (405 nm wavelength)

• XY Resolution: Up to 60 μm over the entire build area

• Slice Thickness: Adjustable between 20–200 μm, enabling flexible trade-offs between precision and speed depending on application

• Compared to the WQXGA projector on the S65, the S320’s 4K optics ensure consistent high resolution over a much larger exposure area, supporting both finer detail and broader geometries

3. Thermal Management

• Integrated Twin-Chamber Heating System:
  Maintains stable and uniform temperature distribution across the large build platform, ensuring material homogeneity and reliable inter-layer bonding

• Advantage over S65: This dual-chamber design improves temperature regulation in larger builds, where heat distribution is critical for process consistency

4. Material Handling & Print Continuity

• Dual Automatic Dispensers (2 × 650 g):
  Enables extended, uninterrupted print jobs, ideal for overnight or multi-shift operation — an enhancement over the S65’s single-feed configuration

• Pinpoint Dosage Control:
  Maintains ultra-low material waste, consistent with S65 performance

5. Software & Process Control

• CeraControl software integration for full system automation and inter-printer synchronization

• Supports networking of up to 100 systems, enabling synchronized, distributed production across global facilities

• Real-time process monitoring and job documentation ensure full traceability for serial production environments

The CeraFab S65 Medical combines a flair for industrial scaling with a single-minded focus on medicine.

The CeraFab S65 Medical has achieved a very specific goal: the transfer of economical, interconnected mass production to the high demands of medical applications, while at the same time applying the full power of LCM technology for individual, seamless customization in medicine.

Aluminium nitride is the perfect high-performance ceramic material for thermal applications. The density and thermal conductivity of additively manufactured aluminium nitride components matches that of conven­tionally produced parts. Its powerful properties including a thermal expansion coefficient similar to silicon, as well as high mechanical and thermal stability, make it a desirable material for industrial applications and semiconductors

Industry-proven LCM Quality
When it comes to absolute accuracy, complex structures and uncompromising quality, LCM technology is your clear first choice. The S320 was specifically engineered for the efficient series production of mid-sized ceramic components at high-capacity output. With a five times larger build
platform than on the S65, this is the specialist for printing as many larger components as possible per print job.

One Printer, Two Talents: Productivity Meets Size Thanks to a build volume of 246 x 130 x 320 mm, the CeraFab S320 offers the maximum number of parts per print job. But it‘s not only about productivity – this machine can also manufacture the largest size parts of any CeraFab 3D printer.

CeraFab System S320

Lateral resolution: 60 µm
Layer thickness: 20 - 200 µm
Build volume: 246 x 130 x 320 mm
Build speed: up to 150 slices per hour

CeraFab System S65 – High-Precision Industrial Ceramic 3D Printer

The CeraFab System S65 is Lithoz’s advanced industrial 3D printer designed specifically for high-performance ceramic additive manufacturing. Built to meet the most demanding production environments, it combines scalability, precision, and speed to enable seamless mass production of complex ceramic components.

Key Technical Features:

• Scalable Production Architecture
  Engineered for maximum scalability, the CeraFab S65 supports the interconnection of up to 100 units, making it ideal for large-scale, distributed manufacturing environments and Industry 4.0 integration.

• Industrial Mass Production Capabilities
  Achieve simultaneous, digital production across multiple locations with precise reproducibility and a centralized digital inventory. Every component is manufactured with consistent quality, even at full production capacity.

• High-Speed Performance
  Capable of printing at a rate of 150 layers per hour, the S65 ensures rapid turnaround times without compromising dimensional accuracy or surface quality.

• Ultra-Precise Dosing System
  The system features a pinpoint-accurate ceramic slurry dosing mechanism, reducing material waste and optimizing resource efficiency for a lower cost-per-part.

• Premium Projection Technology
  Equipped with a high-resolution WQXGA projector, the S65 delivers uniform exposure across the entire build platform, ensuring consistent part quality and exact geometrical tolerances from the first to the last layer.

• Consistent and Documented Process Control
  The integrated CeraControl software supports full process documentation and traceability. It includes a comprehensive process database for standardized, repeatable production workflows.

• Advanced Thermal Management
  The build volume is optionally available with a heating unit, allowing controlled thermal conditions during the printing process. Additionally, optical components are encapsulated and actively cooled, ensuring long-term stability and reliability.

• Durable, Repeatable Quality
  Built for industrial use, the S65 offers long-lasting performance, ensuring that every print meets stringent quality standards. Its design prioritizes durability and ease of maintenance, contributing to a superior return on investment (ROI).

• Safety and Usability
  Designed to meet high safety standards, the system is intuitive to operate, with a user-friendly interface and straightforward machine handling for streamlined operation and minimal training time.

• Full Lithoz Support
  Backed by Lithoz’s industry-leading expertise and service, the CeraFab System S65 comes with full support throughout your project lifecycle – from setup and scaling to maintenance and optimization.

CeraFab System S320 – High-Throughput LCM Printer for Mid-Sized Ceramic Components

The CeraFab System S320 is the latest advancement in Lithoz’s LCM (Lithography-based Ceramic Manufacturing) platform, specifically engineered for the industrial-scale production of mid-sized technical ceramics. With a fivefold larger build platform compared to the S65, the S320 is optimized for volume production, offering unmatched productivity while maintaining high-resolution output across an expanded surface area.

Key Technical Features 1. Build Volume & Throughput

• Build Volume: 246 x 130 x 320 mm
  → ~5× larger than the S65, enabling significantly higher part yields per build job or the printing of much larger components

• External Dimensions: Identical to the S65, allowing direct integration into existing production lines without additional spatial requirements

• Layer Speed: Up to 150 layers/hour, equal to the S65, but with much greater part throughput per run

2. Optical System & Resolution

• Projection System: 4K UV projector (405 nm wavelength)

• XY Resolution: Up to 60 μm over the entire build area

• Slice Thickness: Adjustable between 20–200 μm, enabling flexible trade-offs between precision and speed depending on application

• Compared to the WQXGA projector on the S65, the S320’s 4K optics ensure consistent high resolution over a much larger exposure area, supporting both finer detail and broader geometries

3. Thermal Management

• Integrated Twin-Chamber Heating System:
  Maintains stable and uniform temperature distribution across the large build platform, ensuring material homogeneity and reliable inter-layer bonding

• Advantage over S65: This dual-chamber design improves temperature regulation in larger builds, where heat distribution is critical for process consistency

4. Material Handling & Print Continuity

• Dual Automatic Dispensers (2 × 650 g):
  Enables extended, uninterrupted print jobs, ideal for overnight or multi-shift operation — an enhancement over the S65’s single-feed configuration

• Pinpoint Dosage Control:
  Maintains ultra-low material waste, consistent with S65 performance

5. Software & Process Control

• CeraControl software integration for full system automation and inter-printer synchronization

• Supports networking of up to 100 systems, enabling synchronized, distributed production across global facilities

• Real-time process monitoring and job documentation ensure full traceability for serial production environments

The CeraFab S65 Medical combines a flair for industrial scaling with a single-minded focus on medicine.

The CeraFab S65 Medical has achieved a very specific goal: the transfer of economical, interconnected mass production to the high demands of medical applications, while at the same time applying the full power of LCM technology for individual, seamless customization in medicine.

Aluminium nitride is the perfect high-performance ceramic material for thermal applications. The density and thermal conductivity of additively manufactured aluminium nitride components matches that of conven­tionally produced parts. Its powerful properties including a thermal expansion coefficient similar to silicon, as well as high mechanical and thermal stability, make it a desirable material for industrial applications and semiconductors