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Metal 3D Printers (DMLS / SLM / LPBF) in India

Precision Laser-Based Metal 3D Printing

Explore Sahas's range of advanced metal 3D printers trusted by manufacturers, R&D teams, and engineers across industries.

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Our DMLS Machine Setup Process

A step-by-step process to help you choose, test, and implement the right DMLS 3D printer.

Step 1

Requirement Analysis

Understand the customer’s application, materials, part size, precision, volume needs, and budget.

Step 2

Machine and Material Selection

Identify the best-fit machine models and compatible materials based on application, performance needs, and budget.

Step 3

Sample Benchmarking (If Needed)

Print sample parts to validate print quality, dimensional accuracy, and material performance for critical applications.

Step 4

Proposal and 3rd Party Financing Options

Share a commercial proposal and assist in exploring leasing, EMI, or institutional finance options to ease the investment.

Step 5

Installation, Training and Support

Manage machine installation, deliver hands-on operator training, and ensure long-term support via AMC or technical service.

Top Applications of Metal 3D Printers

Use cases of metal 3D printing across aerospace, automotive, medical, and more.

Functional Prototypes

Aerospace Components

Medical Implants & Instruments

Tooling & Moulds

Automotive Components

Dental Restorations

Heat Exchangers

Customised Industrial Parts

Metal 3D Printers (DMLS / LPBF) We Offer

Materials for Metal (DMLS / LPBF) 3D Printers

Know Your Technology

Choosing the Right Metal 3D Printer

DMLS and LPBF metal 3D printers are used across automotive, aerospace and medical industries for producing fully dense, high-strength metal parts directly from CAD. As an authorised distributor of Farsoon and FastForm systems in India, SAHAS helps you select, install and run the right machine for your application and budget.

Applications

Where DMLS / LPBF is used in India

  • Functional metal prototypes with complex internal geometries
  • Aerospace brackets, housings and structural components
  • Medical implants, surgical instruments and patient-specific devices
  • Tooling inserts, conformal cooling channels and injection moulds
  • Dental restorations including crowns, bridges and partial frameworks
  • Low-volume production of high-value metal parts as an alternative to casting or CNC for complex geometries
  • Replacement of legacy or discontinued metal components without tooling

How to Choose

What to look for in a DMLS / LPBF machine

Material compatibility

Confirm the machine supports your alloy before shortlisting. Common materials include SS316L, AlSi10Mg, Ti6Al4V, Inconel 718, maraging steel, cobalt-chrome and tool steels. Not all machines support all materials.

Build volume

Match the build envelope to your part size and batch requirements. Systems range from compact dental platforms under 150mm to large-format industrial systems over 1500mm for aerospace and heavy engineering.

Laser configuration

Single-laser machines suit R&D and lower volumes. Multi-laser systems with 4, 8, 12, 16 or 32 lasers significantly increase throughput and are better suited for production environments.

Tolerance and surface finish

DMLS achieves ±0.1 to 0.2 mm as-printed. For tighter tolerances on critical surfaces, plan for post-machining as part of your workflow.

Infrastructure readiness

Most industrial DMLS machines require 3-phase power, inert gas supply (argon or nitrogen), powder handling systems and a climate-controlled space. Compact dental systems like the DeskFab-H1 have simpler requirements and fit in a standard lab.

Brands & Models

DMLS / LPBF machines available with SAHAS in India

Farsoon — Industrial LPBF Systems

  • FS191M
    Build: 195x220mm circular  |  Dual 500W fiber lasers
  • FS200M-2
    Build: 425x230x300mm  |  Dual 500W fiber lasers  |  High-speed rectangular platform for automotive and tooling
  • FS273M
    Build: 275x275x355mm  |  Single 500W fiber laser  |  Cost-efficient mid-size production
  • FS273M-2
    Build: 275x275x355mm  |  Dual 500W fiber lasers  |  Higher throughput variant of FS273M
  • FS350M-4/6
    Build: 433x358x400mm  |  4 or 6 x 500W lasers  |  Medium-large production for moulds and tooling
  • FS422M-4/H-4
    Build: 425x425mm, Z-axis 420/550mm configurable  |  4 x 500W lasers
  • FS721M-8-CAMS/H-8 CAMS
    Build: 720x420mm, Z-axis 390/650mm  |  8 x 500W lasers  |  Continuous manufacturing system for high-volume series production
  • FS621M/M4/U-4
    Build: 620x620mm, Z-axis 1100/1700mm  |  Up to 4 x 500W lasers  |  Large-format aerospace and energy applications
  • FS621M-PRO-4/PRO-6
    Build: 620x808x1200mm  |  4 or 6 x 500W lasers  |  Extended Y-axis for large batch production
  • FS811M/U/10/12
    Build: 840x840mm, Z-axis 960/1700mm  |  10 or 12 x 500W lasers  |  Ultra large-format production
  • FS1521M/U/12/16/32
    Build: 1530x1530mm, Z-axis 850/1650mm  |  12, 16 or 32 x 500W lasers  |  Industrial-scale series production for aerospace and heavy engineering

FastForm — Dental & Industrial SLM Systems

FastForm systems are designed for dental labs and precision industrial applications where compact size, ease of use and low operating cost matter. Ideal for dental clinics, labs and manufacturers producing crowns, bridges, frameworks and small industrial components.

  • DeskFab-H1
    Build: 100x70mm circular  |  Single 300W laser  |  True desktop system, fits in a standard dental lab
  • FF M-140
    Build: 140x100mm circular  |  Single 500W laser  |  Dental and small part production
  • FF M-220
    Build: 220x140x100/200mm  |  Dual 500W lasers  |  High-output dental system, prints up to 300 crowns or 30 frameworks per run

Pricing

Price of Metal 3D Printers in India

What does a DMLS / LPBF machine cost, and what factors drive the price?

Entry-level systems (approx. ₹15 to 40 lakhs)

Compact dental and small-part SLM systems such as the FastForm DeskFab-H1 and FF M-140 fall in this range. Suitable for dental labs, clinics and small manufacturers producing high-precision components in cobalt-chrome, titanium or stainless steel.

Mid-range production systems (approx. ₹40 lakhs to 1.5 crores)

Mid-size industrial systems like the Farsoon FS200M-2, FS273M and FS350M-4 fall here. Suited for manufacturers in automotive, tooling, healthcare and aerospace who need consistent quality at production volumes.

Large-format and multi-laser systems (approx. ₹1.5 to 5+ crores)

High-throughput systems like the FS621M, FS811M and FS1521M series fall in this range. These are capital investments for companies running continuous or high-volume metal AM production, typically in aerospace, heavy engineering and defence.

What drives the final price?

  • Build volume — larger platforms cost more
  • Number of lasers — each additional laser adds to the base price
  • Material capability — machines rated for reactive metals like titanium require additional safety systems
  • Infrastructure — gas supply, powder handling and installation add to the total cost of ownership
  • After-sales support — AMC, training and spare parts are part of the real investment

The right machine is not always the cheapest. It is the one that matches your application, material and volume so you get the lowest cost per part over time. SAHAS helps you work this out before you commit.

Want to know the price of a specific machine suited to your application? Tell us what you need and we will share a detailed proposal.

Get a Price Estimate

How SAHAS Helps

From selection to implementation

Trusted by 1,500+ companies across automotive, aerospace and manufacturing industries in India.

  • Live demos at our offices across major cities
  • On-site consultations for your specific application and material
  • Sample part printing to validate accuracy and material performance before purchase
  • Infrastructure planning for gas supply, power and powder handling setup
  • Financing options — we assist with leasing, EMI and institutional finance to ease the investment

Have a metal part you want to produce? Bring your CAD file or sample and we will help you find the right machine and material.

Book a Demo

Explore Further

Other 3D Printing Technologies

Explore the full range of 3D printing and scanning technologies available with SAHAS in India.

SLA / DLP  ·  SLS  ·  FDM & Composites  ·  Binder Jetting  ·  Continuous Carbon Fibre  ·  PolyJet  ·  3D Scanners

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Frequently Asked Questions

DMLS/LPBF uses a high-powered laser to selectively melt and fuse layers of metal powder to create fully dense, complex parts directly from a 3D CAD model.
Common materials include stainless steel, aluminum, titanium, Inconel, cobalt-chrome, maraging steel, and tool steels—selected based on application.
Layer thickness ranges from 20 to 60 microns, depending on material, machine settings, and desired surface finish or build speed.
DMLS can achieve tolerances of ±0.1-0.2 mm, though tight tolerances may require post-machining for critical surfaces or assemblies.
Typical post-processing includes support removal, heat treatment (stress relief), shot blasting, CNC machining, polishing, and surface treatments depending on end-use.
Inert gases such as argon or nitrogen are used to maintain a controlled environment, preventing oxidation and ensuring consistent metallurgical properties.
Parts printed using DMLS/LPBF are near fully dense (up to 99.9%) and can match or exceed the mechanical properties of traditionally machined or cast components.
Yes, but overhangs below 45° usually require support structures. Complex internal channels may require build orientation and support removal planning.
Orientation impacts strength, surface quality, support requirement, and build time. Proper orientation helps optimize mechanical properties and reduce post-processing.
Requirements include 3-phase power, inert gas supply (argon/nitrogen), a powder handling system, climate-controlled space, and safety equipment for metal powder handling.
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