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Industry-Based Ceramic Additive Manufacturing

Ceramic 3D Printing Solutions for High-Performance Industries

Explore Prodways CERAM PRO ceramic 3D printing systems with Lodestar 3D for investment casting, foundry cores, aerospace, automotive, semiconductors, oil & gas, research and general engineering applications in India.
Ceramic 3D printing process using Lodestar3D Ceram PRO DLP printer for technical ceramic parts
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Ceramic 3D printing process using Lodestar3D Ceram PRO DLP printer for technical ceramic parts
Industrial ceramic 3D printer used for technical ceramics
Why Industries Use Ceramic Additive Manufacturing

Produce Complex Technical Ceramic Parts Without Conventional Geometry Constraints

Ceramic additive manufacturing uses digital production methods to create complex ceramic shapes layer by layer. Prodways CERAM PRO systems use MOVINGLight® top-down DLP technology for applications ranging from investment casting and technical ceramics to research-oriented material development.

The platform supports different wavelength configurations and modular build platforms, allowing users to evaluate the system according to material, resolution, build size, throughput and development requirements.

  • Support medium- and large-format metal additive manufacturing.
  • Use wire feedstock for automated robotic deposition.
  • Evaluate suitable components for repair, rebuilding or modification.
  • Support industrial production, tooling, prototyping and WAAM research.
Relevant Industry Sectors

Industries Using Ceramic 3D Printing Technology

Prodways identifies ceramic additive manufacturing applications across casting, aerospace, automotive, semiconductor, oil & gas, research and general engineering environments.

Investment Casting

Ceramic 3D printing can create complex cores and mould-related geometries for investment casting, including intricate internal passages that are difficult to manufacture with conventional tooling.

Foundry Cores

Additive manufacturing can produce intricate ceramic foundry cores directly from digital geometry, supporting development and production routes that require complex internal features.

Research & Development

Open-parameter CERAM PRO configurations support laboratories and R&D teams evaluating ceramic formulations, process parameters, build strategies and new applications.

Aerospace & Defense

Ceramic additive manufacturing supports development of high-detail components, casting cores and technical ceramic parts for demanding aerospace and defense applications.

Automotive

Automotive engineering teams can evaluate ceramic 3D printing for prototypes, specialised technical ceramic parts, casting workflows and development applications.

General Engineering

General engineering applications can include custom technical ceramics, prototypes, functional components and specialised geometries suited to additive production.

Semiconductors

Advanced ceramics are relevant to semiconductor applications requiring precision, temperature resistance and specialised material behaviour.

Oil & Gas

Ceramic additive manufacturing can be evaluated for selected technical components where complex geometry and ceramic material properties are relevant to the application.

Industry Value

What Ceramic Additive Manufacturing Can Change

Results depend on ceramic formulation, geometry and validated processing, but digital ceramic production can provide important advantages for suitable industrial applications.

1

Complexity

Create detailed shapes and internal geometries that may be difficult to tool conventionally.

2

Precision

Use high-resolution DLP exposure for detailed ceramic parts and casting features.

3

Tooling

Reduce dependence on dedicated tooling for suitable digital production workflows.

4

Development

Move from digital design to physical ceramic prototypes and process studies.

5

Flexibility

Select wavelength, build platform and material approach according to application needs.
Cross-Industry Applications

How Industries Use Ceramic Additive Manufacturing

CERAM PRO systems can support different ceramic workflows from precision casting applications to technical ceramic research.

Investment Casting Cores

Produce complex ceramic core geometries for investment casting, including intricate channels and internal features.

Foundry Core Production

Manufacture detailed ceramic foundry cores directly from digital models without relying on the same tooling route as conventional core production.

Technical Ceramic Components

Create high-detail ceramic components for selected industrial, engineering and high-temperature applications.

Alumina Ceramic Parts

Evaluate alumina-based ceramic workflows for technical parts requiring the properties of advanced ceramic materials.

Prototype & Geometry Validation

Produce physical ceramic parts to evaluate geometry, design changes and application feasibility before wider implementation.

Materials & R&D

Study ceramic slurries, wavelength response, exposure parameters, build strategies and application-specific material development.

Prodways CERAM PRO Systems Through Lodestar 3D

Choose a Ceramic 3D Printer for Your Application

The CERAM PRO portfolio provides 365 nm, 385 nm and 405 nm configurations. System selection depends on material workflow, resolution, wavelength, throughput and R&D requirements.

CERAM PRO 365

CERAM PRO 365 uses a 365 nm UV-LED DLP configuration and is positioned for high-resolution ceramic printing with defined compatible material workflows.
  • 365 nm UV-LED DLP
  • 31 μm native pixel size
  • Modular top-down build platform
  • Compatible silica and alumina material options
  • Single DLP head
View Ceram PRO 365

CERAM PRO 385 / 385+

CERAM PRO 385 is designed around a 385 nm wavelength with open parameters for technical ceramics and R&D. The 385+ variant adds a second DLP head for increased throughput.
  • 385 nm UV-LED DLP
  • 42 μm native pixel size
  • 385: single DLP head
  • 385+: dual DLP heads
  • Open material / parameter capability
View Ceram PRO 385 / 385+

CERAM PRO 405 / 405+

CERAM PRO 405 provides a 405 nm ceramic DLP configuration for open-material and R&D applications. The 405+ option is intended for users requiring higher-throughput dual-head configurations.
  • 405 nm UV-LED DLP
  • 42 μm native pixel size
  • 405: single DLP head
  • 405+: dual-head configuration
  • Open material / parameter capability
View Ceram PRO 405 / 405+
India-Focused Project Support

Evaluate Prodways Ceramic 3D Printing with Lodestar 3D

Lodestar 3D helps Indian manufacturers, foundries, research organisations and engineering teams structure ceramic additive manufacturing requirements before selecting a CERAM PRO system.

  • Application Review: Define the ceramic component, casting requirement, research objective or industrial use case.
  • System Selection: Compare 365 nm, 385 nm and 405 nm configurations according to material and process needs.
  • Material & Process Discussion: Document the ceramic formulation, resolution, build size and development requirements for technical evaluation.
  • Project Coordination: Coordinate technical and commercial discussions for the selected ceramic additive manufacturing configuration.
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Frequently Asked Questions

Ceramic 3D Printing Industry FAQs

If you have any questions please ask us and we will answer you as quickly as possible Make a question now!
Which industries use Prodways ceramic 3D printing?
Prodways identifies applications including investment casting, foundry cores, aerospace and defense, automotive, research and development, semiconductors, oil and gas, and general engineering.
What technology is used by Prodways CERAM PRO printers?
CERAM PRO systems use Prodways MOVINGLight® top-down DLP technology with wavelength configurations including 365 nm, 385 nm and 405 nm.
What is CERAM PRO 365 used for?
CERAM PRO 365 is a high-resolution 365 nm ceramic DLP system intended for ceramic applications including investment casting, technical ceramics and development workflows using compatible ceramic materials.
What is the difference between CERAM PRO 385 and 385+?
CERAM PRO 385 uses a single 385 nm DLP head, while CERAM PRO 385+ adds a second DLP head to increase throughput while retaining the same wavelength platform.
What is the difference between CERAM PRO 405 and 405+?
CERAM PRO 405 uses a 405 nm DLP configuration for open-material and R&D applications. The 405+ configuration adds dual-head capability for higher throughput.
Can ceramic 3D printing be used for investment casting?
Yes. Ceramic additive manufacturing can produce complex ceramic cores and mould-related geometries for investment casting, including intricate internal features.
Can Lodestar 3D help select a CERAM PRO system?
Lodestar 3D can help structure the application, material, wavelength, build size, resolution and development requirements before evaluating an appropriate CERAM PRO configuration.

Find the Right Prodways CERAM PRO System with Lodestar 3D

Share your industry, ceramic material, component dimensions, application, desired wavelength, build requirements and development goals with Lodestar 3D.
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