Advanced Metal 3D Printers for Industrial Excellence

Industrial Metal 3D Printing Solutions SLA, SLS, FDM, DED, and Hybrid technologies from EOS, Markforged, Meltio, and more. Application engineering support across 40+ cities.

Industrial Metal 3D Printer
for High-Performance Manufacturing

Our industrial metal 3D printers deliver unmatched precision manufacturing capabilities across India. Leveraging advanced metal additive manufacturing technology, these systems enable rapid prototyping, testing, and production of complex metal parts with exceptional accuracy and detail.

Explore our curated Shopify portfolio featuring premium, Metal 3d printers models tailored for precision manufacturing. You can request instant quotations for any machine directly through the platform.

Phillips is representing all major metal 3D printing technology streams with application engineers who help you select, validate, and operate the right system for your specific production challenge.

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OUR PORTFOLIO

Emerging Technologies in Metal 3D Printing

Understanding the technology that is redefining industrial manufacturing

EOS – Leaders in Responsible Manufacturing and Sustainability

EOS provides manufacturing solutions utilizing industrial 3D printing technology, specializing in metals. Global pioneer and leader in Direct Metal Laser Sintering. EOS systems set the benchmark for part quality, repeatability, and process parameter depth in industries from commercial aerospace to medical implants. The M 290, M 300 and M 400 series cover part sizes from small precision to large-format production.

Key Materials Ti6Al4V, AlSi10Mg, 316L, 17-4 PH, Inconel 625/718, CoCr, H13, Maraging Steel

Phillips Hybrid 3D Printers

Benefit from both additive and subtractive technologies with Phillips Additive Hybrid, powered by Haas. By combining the innovative laser metal Directed Energy Deposition (DED) technology of Meltio and world-renowned Haas CNC vertical machining centers, you get the best value additive hybrid machines on the market!

Markforged: Stronger Builds, Smarter Flow.

The Digital Forge platform serves 10,000+ customers in 70+ countries. The Metal X System is the most accessible industrial metal 3D printer office-safe, end-to-end from print to sintered part, with cloud-connected print management. Ideal for tooling, jigs, fixtures, and production metal parts.

Key Materials
17-4 PH Stainless, A2 Tool Steel, D2 Tool Steel, H13, Copper, Inconel 625, 316L

Meltio: High-Power Metal Printing

Meltio’s M600 and robot-cell systems use standard welding wire feedstock 10× cheaper than powder for 100% material efficiency, clean operation, and near-net-shape part production. Open architecture supports titanium, stainless steel, and Inconel. Scalable from standalone to CNC-integrated Hybrid configurations.

Key Materials
SS 316L, SS 308L, Ti6Al4V, Inconel 718/625, ER70S-6 Low Carbon Steel, Duplex Steel

2OneLab: Compact Power, Massive Results

2OneLab’s 2Create series brings compact, high-performance LPBF metal 3D printing within reach of smaller production environments. German-engineered with focus on process stability, user safety, and an accessible price point for SME manufacturers wanting to bring metal additive in-house for the first time.

Key Materials
316L, 17-4 PH, AlSi10Mg, Ti6Al4V, CoCr, Maraging Steel 300

Insstek: DED Mastery for Metal Innovation

Insstek pioneers metal 3D printing with its patented DMT® (Direct Metal Tooling) Directed Energy Deposition process. Unique capabilities include multi-material printing in a single build, in-situ repair of worn or damaged metal components, and gradient material structures. Widely used in Korean commercial aerospace.

Key Materials H13, P20, SS 316L, Ti6Al4V, Inconel, Copper, Multi-material builds

Contact Us Today

Discuss your part, material, volume, and budget. We'll tell you an honest, data-backed recommendation

Suman Gowda
Application Engineer

Metal 3D Printing Materials

Material	Grade / Alloy	Compatible Technology	Primary Industrial Use
Stainless Steel	316L · 17-4 PH · 304L	DMLS BMD DED	Medical, food equipment, chemical processing, general structural
Content	Content	Content	Content

industrial Applications

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WATCH IDEAS TURN INTO REALITY

Additive Manufacturing by Phillips Customer Stories

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Video Duration: 2:33 mins

Markforged Success Story | Sri Krish Automation

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Video Duration: 3:27 mins

Dexterous Success Story - Phillips Additive

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Video

Duration 2:33 mins

Markforged Success Story I Sri Krish Automation

Video

Duration 3:27 mins

Dexterous Success Story - Phillips Additive

KEY PARAMETERS TO BE REVIEWED WHILE BUYING A 3D PRINTER

Material & Resources

The printer supports the metal materials you have shortlisted to be used for manufacturing, such as titanium, aluminum, and stainless steel. You need to know their availability and pricing.

Product specifications and build volume

The printer you choose should be capable of producing the product according to the preferred size specifications, such as volume, layer thickness, and smooth surface finish.

Precision and Final Finish

The final product should match your expectations, especially in terms of quality and precision in the finish. You also need to consider the post-production processes required, such as heat treatment or machining.

Production Process

The production process has to be carefully studied and evaluated in terms of Printing speed and output productivity. Compatibility of software considering various CAD software and file formats. Ease of using the printer user interface, experience, and usability.

Printer specifications, cost, and after-sales service

Check specifications and safety features. In addition, you discuss, compare, and review product specifications with industry experts, which helps you make the correct decision. The level of support and training offered by the manufacturer or supplier is an equally important aspect before purchasing the machine.

Investment vs. Total Cost of Operation (TCO) and Returns (ROI)

Choosing the right 3D printer is essential. It is important to understand the initial investment costs as you need to consider the Total Cost of Operation (TCO) and returns (ROI) before proceeding with the purchase. At times, you need to consider an initial high investment that can lower the cost of operations and deliver higher returns.

Material &
Resources

The printer supports the metal materials you have shortlisted to be used for manufacturing, such as titanium, aluminum, and stainless steel. You need to know their availability and pricing.

Product specifications and build volume

The printer you choose should be capable of producing the product according to the preferred size specifications, such as volume, layer thickness, and smooth surface finish.

Precision and Final Finish

Production
Process

The production process has to be carefully studied and evaluated in terms of:

Printing speed and output productivity
Compatibility of software considering various CAD software and file formats.
Ease of using the printer – user interface, experience, and usability

Printer specifications, cost, and after-sales service

Investment vs. Total Cost of Operation (TCO) and Returns (ROI)

LET US HELP YOU PICK

India's only multi-brand industrial metal 3D printing partner

TO MATCH YOUR REQUIREMENTS!

Our Additive Manufacturing Application Engineers have processed thousands of part files, have run validation builds across every system in our portfolio, and have commissioned machines in commercial aerospace facilities, automotive production lines across India. With 40+ technical centres and service locations across India, we provide the fastest installation, commissioning, and breakdown response times in the country for industrial metal 3D printing systems.

Essential Reading

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VALUABLE INSIGHTS INTO 3D PRINTER COSTS: A COMPREHENSIVE GUIDE

November 23, 2023

HYBRID ADDITIVE MANUFACTURING: SHAPING THE FUTURE OF PRODUCTION

November 15, 2022

BANNARI AMMAN INSTITUTE OF TECHNOLOGY INTRODUCES ADDITIVE MANUFACTURING TECHNOLOGY AT GURUGULAM COE

January 30, 2024

VALUABLE INSIGHTS INTO 3D PRINTER COSTS: A COMPREHENSIVE GUIDE

▶ READ MORE

November 23, 2023

HYBRID ADDITIVE MANUFACTURING: SHAPING THE FUTURE OF PRODUCTION

▶ READ MORE

November 15, 2022

BANNARI AMMAN INSTITUTE OF TECHNOLOGY INTRODUCES ADDITIVE MANUFACTURING TECHNOLOGY AT GURUGULAM COE

▶ READ MORE

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Frequently Asked Questions

1) What is a metal 3D printer and how does it work?

A metal 3D printer builds fully-dense metal parts layer by layer from a digital CAD file. Depending on the technology DMLS, DED, or BMD it either sinters metal powder with a laser, melts metal wire as it is deposited, or extrudes metal-filled rods for later sintering. All processes produce parts with mechanical properties comparable to conventional metalworking, enabling complex geometries impossible to machine or cast.

2) What materials can be used in metal 3D printing?

The most common materials include stainless steel (316L, 17-4 PH), titanium (Ti6Al4V), aluminium (AlSi10Mg), tool steel (H13, M300, A2, D2), Inconel 625/718, cobalt chrome, copper, and maraging steel. Material availability depends on the process — DMLS supports the broadest range, DED wire uses standard welding wire feedstock (far cheaper than powder), and BMD offers metal-specific rods for stainless, tool steel, and copper. Phillips can advise on the optimal material-process combination for your application.

3) What is the difference between DMLS and SLM metal 3D printing?

DMLS (Direct Metal Laser Sintering) and SLM (Selective Laser Melting) are both laser powder-bed fusion processes. DMLS, pioneered by EOS, operates at temperatures below the melting point to achieve sintering, while SLM fully melts the powder. In practice, modern DMLS systems including EOS achieve near-complete melting and densities above 99.5% making the distinction largely academic. The terms are often used interchangeably in industry. More meaningful differentiators are the number of lasers, build volume, inert atmosphere quality, and material parameter libraries offered by each OEM.

4) Which industries use metal 3D printers the most in India?

Globally, commercial aerospace lead metal AM adoption. In India specifically, the fastest-growing sectors are: automotive (tooling and prototype parts), dental (CoCr crowns and bridges via DMLS), die & mould (conformal cooling inserts in H13), and energy/oil & gas (Inconel components). Medical implants and jewellery are also significant Indian use cases. Phillips has reference installations across all of these sectors and can arrange site visits to relevant customer facilities.

5) What post-processing is required for metal 3D printed parts?

Most metal 3D printed parts require: 1. stress relief heat treatment in an inert atmosphere furnace to remove residual stresses. 2. Support structure removal by machining, grinding, or wire EDM 3. Surface finishing bead blasting to Ra 4–6 µm as standard, or CNC machining/polishing for tighter tolerances. Some structural commercial aerospace applications require Hot Isostatic Pressing (HIP) to close any residual micro-porosity. BMD parts (Markforged) additionally require a debinding step before sintering. Phillips Application Engineers guide customers through the complete post-processing workflow to achieve certified final part specifications.

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Industrial Metal 3D Printer
for High-Performance Manufacturing

Emerging Technologies in Metal 3D Printing