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Prodways Ceramic 3D Printers in India

Prodways CERAM PRO Ceramic 3D Printing Solutions by Lodestar 3D

Lodestar 3D is the exclusive distributor of Prodways Printers’ ceramic 3D printing solutions in India, helping manufacturers, foundries, research centers, and advanced ceramic teams evaluate the right CERAM PRO system for production and R&D workflows.
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Quick Answer

Ceramic 3D Printing Solutions for Indian Manufacturers & R&D Teams

Ceramic 3D printing buyers need more than a product list. They need a workflow recommendation that connects application, CERAM PRO printer selection, ceramic material, software, debinding, sintering, finishing, and production support.
Ceram PRO 365 for high-resolution ceramic workflows with silica and alumina material options.
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Ceram PRO 385 / 385+ for open-material ceramic 3D printing and R&D flexibility.
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Ceram PRO 405 / 405+ for ceramic applications using 405 nm UV-LED DLP technology.
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Maximum build envelope available across selected CERAM PRO models, depending on configuration.
300×445×35 0
Ceramic Additive Manufacturing

What Is a Ceramic 3D Printer?

A ceramic 3D printer creates ceramic green parts from a digital 3D file using a ceramic-loaded resin or slurry. After printing, parts generally move through cleaning, drying, debinding, sintering, and finishing stages to achieve the required ceramic properties.

Prodways CERAM PRO systems use UV-LED DLP technology with MOVINGLight® top-down printing. The range is designed for advanced ceramic applications where precision, surface quality, repeatability, and material control are important.

View Ceramic Workflow

Best-fit use cases

  • Investment casting patterns and cores
  • Technical ceramic components
  • Advanced material R&D
  • Alumina and silica ceramic workflows
  • Complex geometries difficult to manufacture with traditional tooling
Final material properties depend on material selection, print parameters, debinding, sintering, finishing, and quality-control validation.
Why Prodways

Why Choose Prodways CERAM PRO for Ceramic 3D Printing?

Prodways CERAM PRO printers are designed for demanding ceramic 3D printing applications where production flexibility, high resolution, and material openness are important buying factors.

01

MOVINGLight® DLP

Top-down DLP technology supports precise light projection and consistent results across the build area.

02

High Resolution

CERAM PRO 365 offers 31 μm native pixel size, while 385 and 405 models offer 42 μm native pixel size.

03

Open Parameters

Selected CERAM PRO systems are positioned for open-material workflows, making them useful for R&D and material development.

04

Modular Platform

Adjustable build platforms help teams match build volume to part size, batch size, and material usage.

Applications

Ceramic 3D Printing Applications for Indian Industry

Use this section to educate buyers before they compare printer models. Ceramic 3D printing is usually purchased for specific workflows, not only for machine specifications.

Investment Casting

Supports complex ceramic patterns, cores, and casting-related workflows where geometry and detail matter.

Technical Ceramics

Useful for high-performance ceramic parts, prototypes, and functional components after validated firing workflows.

Research & Development

Helps universities, labs, and R&D teams test materials, geometries, and advanced ceramic concepts.

Advanced Materials

Supports experimentation with alumina, silica, and other ceramic material systems where validated.

Aerospace & Defense

Suitable for evaluation in advanced manufacturing workflows that require lightweight, heat-resistant ceramic geometries.

Education & Training

Enables additive manufacturing learning for ceramic materials, DLP printing, debinding, and sintering workflows.

Energy & Industrial

Supports evaluation for insulation, filtration, thermal, and industrial ceramic part development.

Jewelry & Casting

Supports casting-related workflows where high surface quality and detailed features are required.

CERAM PRO Range

Prodways Ceramic 3D Printers Distributed by Lodestar 3D

Each CERAM PRO model serves a different wavelength, throughput, and material workflow requirement. The right choice depends on your application, material, production volume, and validation needs.

Ceram PRO 365

High-resolution ceramic 3D printer with 365 nm UV-LED DLP technology and 31 μm native pixel size. Suitable for silica and alumina workflows and investment casting related applications.
  • Single DLP Head
  • 365 nm
  • 31 μm Pixel
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Ceram PRO 385 / 385+

385 nm ceramic 3D printer range for open-material workflows. The 385 model uses a single DLP head, while 385+ adds dual DLP heads for faster throughput.
  • 1 or 2 DLP Heads
  • 385 nm
  • Open Materials
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Ceram PRO 405 / 405+

405 nm ceramic 3D printer range for open-material workflows. The 405+ version uses dual DLP heads for higher throughput compared with the single-head 405 model.
  • 1 or 2 DLP Heads
  • 405 nm
  • Open Materials
Read More
Choose Your Fit
Model Comparison

Prodways CERAM PRO Comparison Table

Use this table as a starting point. Final model selection should be confirmed with Lodestar 3D based on application, material, throughput, and installation requirements.
Model Best Fit Core Specs Material / Workflow Notes CTA
Ceram PRO 365 High-resolution ceramic printing for investment casting, silica/alumina workflows, and technical ceramic R&D. Single DLP head, 365 nm wavelength, 31 μm native pixel size, 50–175 μm layer thickness, 264 × 328 × 350 mm max build envelope. Prodways lists compatibility with SILICA SICAST 1200 and ALUMINA A100 resins. Lodestar lists silica and alumina slurry compatibility. Get Details
Ceram PRO 385 Open-material ceramic workflows requiring 385 nm wavelength and high-resolution industrial DLP printing. Single DLP head, 385 nm wavelength, 42 μm native pixel size, 50–175 μm layer thickness, 300 × 445 × 350 mm max build envelope. Open-material positioning makes it suitable for R&D and application-specific ceramic development. Get Details
Ceram PRO 385+ Higher-throughput 385 nm ceramic 3D printing with dual-head productivity. 2 DLP heads, 385 nm wavelength, 42 μm native pixel size, 50–175 μm layer thickness, 300 × 445 × 350 mm max build envelope. Best evaluated when throughput and batch productivity are stronger priorities than a single-head setup. Get Details
Ceram PRO 405 405 nm ceramic applications for investment casting, technical ceramics, and open-material R&D. Single DLP head, 405 nm wavelength, 42 μm native pixel size, 50–175 μm layer thickness, 300 × 445 × 350 mm max build envelope. Useful when 405 nm material compatibility, open parameters, or application-specific development are required. Get Details
Ceram PRO 405+ Higher-throughput 405 nm ceramic 3D printing with dual DLP heads. 2 DLP heads, 405 nm wavelength, 42 μm native pixel size, 50–175 μm layer thickness, 300 × 445 × 350 mm max build envelope. Best evaluated for production teams that need 405 nm open-material flexibility plus faster throughput. Get Details
Printer Selector

Which Prodways CERAM PRO Model Should You Choose?

The buying decision should start with the application, not only the model name. Use this decision guide to route visitors toward the right quote request.
Need silica / alumina workflow Your project focuses on high-resolution ceramic workflows using listed silica and alumina material options. Start with: Ceram PRO 365.
Need 385 nm open materials Your team is developing or validating ceramic materials and wants open-parameter flexibility at 385 nm. Compare: Ceram PRO 385 / 385+.
Need 405 nm open materials Your workflow requires 405 nm ceramic printing and application-specific material validation. Compare: Ceram PRO 405 / 405+.
Need more throughput Your production plan requires faster output and higher batch productivity. Consider: 385+ or 405+ dual-head models.
Need application validation You need help confirming printer, material, debinding, sintering, and finishing fit for your part. Talk to Lodestar 3D
Workflow

Ceramic 3D Printing Workflow
From Digital File to Fired Ceramic Part

A ceramic 3D printer is one part of the process. Buyers should plan the complete workflow from design and material selection to debinding, sintering, inspection, and repeatable production.

01

Design

Create or optimize the CAD model for ceramic printing and firing shrinkage.

02

Material

Select ceramic slurry or resin based on application and wavelength compatibility.

03

Prepare

Orient, support, nest, and slice the build using printer-specific software.

04

Print

Produce green ceramic parts using CERAM PRO UV-LED DLP technology.

05

Clean

Remove excess material and prepare parts for thermal post-processing.

06

Fire

Debind and sinter according to validated material and furnace profiles.

07

Inspect

Check dimensions, surface finish, shrinkage, strength, and final part quality.
Why Lodestar 3D

Why Buy Prodways Ceramic 3D Printers Through Lodestar 3D?

Industrial ceramic 3D printing requires printer selection, material planning, site readiness, workflow validation, post-processing, and support. Lodestar 3D helps Indian buyers connect Prodways technology with local consultation and implementation support.

Lodestar 3D’s ceramic printer portfolio includes Ceram PRO 365, Ceram PRO 385 / 385+, and Ceram PRO 405 / 405+, along with industrial 3D printers, materials, software, and surface treatment solutions.
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Review Comparison Table

What Lodestar Helps You Evaluate

  • Best CERAM PRO model by application and material requirement
  • Single-head vs dual-head throughput requirements
  • Build envelope, platform size, and part nesting plan
  • Material compatibility and open-parameter strategy
  • Debinding, sintering, finishing, and inspection workflow
  • Installation, training, service, and Pan-India support needs

Your Questions Answered (FAQ)

If you have any questions please ask us and we will answer you as quickly as possible Make a question now!
Which Prodways ceramic 3D printers are distributed by Lodestar 3D in India?

Lodestar 3D distributes Prodways ceramic 3D printing solutions in India including Ceram PRO 365, Ceram PRO 385 / 385+, and Ceram PRO 405 / 405+.

What is the Prodways CERAM PRO range used for?

The CERAM PRO range is used for ceramic additive manufacturing workflows such as investment casting related applications, technical ceramics, advanced material development, and R&D.

What is the difference between Ceram PRO 365, 385, and 405?

The main difference is wavelength and material workflow. Ceram PRO 365 operates at 365 nm and is positioned with silica and alumina ceramic material compatibility. Ceram PRO 385 operates at 385 nm and Ceram PRO 405 operates at 405 nm, with open-material positioning for application-specific workflows.

What is the difference between the standard and plus models?

Ceram PRO 385 and Ceram PRO 405 use a single DLP head. Ceram PRO 385+ and Ceram PRO 405+ use two DLP heads, making them better suited when higher throughput is required.

Can CERAM PRO printers print alumina parts?

Ceram PRO 365 is listed with alumina material compatibility through TETHON 3D ALUMINA A100, and Lodestar also lists silica and alumina slurry compatibility. Final material use should be confirmed with Lodestar and Prodways documentation for the required application.

How much does a Prodways ceramic 3D printer cost in India?

Pricing depends on the model, wavelength, DLP head configuration, material workflow, installation, training, and support requirements. Request a quote from Lodestar 3D for exact pricing.

Is ceramic 3D printing suitable for production or only R&D?

Ceramic 3D printing can support R&D, pilot production, and production workflows depending on application validation, material stability, debinding, sintering, inspection, and repeatability requirements.

What should we confirm before buying a ceramic 3D printer?

Confirm part size, material, wavelength, throughput, tolerance, shrinkage, post-processing, furnace availability, facility readiness, training, and support requirements before selecting a model.

Which Prodways ceramic 3D printers are distributed by Lodestar 3D in India?

Lodestar 3D distributes Prodways ceramic 3D printing solutions in India including Ceram PRO 365, Ceram PRO 385 / 385+, and Ceram PRO 405 / 405+.

What is the Prodways CERAM PRO range used for?

The CERAM PRO range is used for ceramic additive manufacturing workflows such as investment casting related applications, technical ceramics, advanced material development, and R&D.

What is the difference between Ceram PRO 365, 385, and 405?

The main difference is wavelength and material workflow. Ceram PRO 365 operates at 365 nm and is positioned with silica and alumina ceramic material compatibility. Ceram PRO 385 operates at 385 nm and Ceram PRO 405 operates at 405 nm, with open-material positioning for application-specific workflows.

What is the difference between the standard and plus models?

Ceram PRO 385 and Ceram PRO 405 use a single DLP head. Ceram PRO 385+ and Ceram PRO 405+ use two DLP heads, making them better suited when higher throughput is required.

Can CERAM PRO printers print alumina parts?

Ceram PRO 365 is listed with alumina material compatibility through TETHON 3D ALUMINA A100, and Lodestar also lists silica and alumina slurry compatibility. Final material use should be confirmed with Lodestar and Prodways documentation for the required application.

How much does a Prodways ceramic 3D printer cost in India?

Pricing depends on the model, wavelength, DLP head configuration, material workflow, installation, training, and support requirements. Request a quote from Lodestar 3D for exact pricing.

Is ceramic 3D printing suitable for production or only R&D?

Ceramic 3D printing can support R&D, pilot production, and production workflows depending on application validation, material stability, debinding, sintering, inspection, and repeatability requirements.

What should we confirm before buying a ceramic 3D printer?

Confirm part size, material, wavelength, throughput, tolerance, shrinkage, post-processing, furnace availability, facility readiness, training, and support requirements before selecting a model.