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Concept Laser MLab R & 200R

The Mlab family of Direct Metal Laser Melting (DMLM) systems offers versatile solutions for ease of use and safe handling for a broad range of materials and applications - with minimum footprint.

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The Concept Laser Mlabs
3D Printer

Metal 3D Printer Precision System

Ideal for components with elaborate structures These modular machines offer different build envelopes within one machine and allow for quick and easy change between different materials.

High process stability enables production of complex parts quickly and efficiently, while providing high part quality and resolution. The machine allows for rapid change of material without the risk of contamination. Additionally, all process steps take place under inert gas, shielded from external influences to further promote safety.

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Concept Laser Mlabs Features:

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Why Concept Laser MLab

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Smooth Surface Quality

Surface quality and minimal porosity are two key advantages of the Direct Metal Laser Melting process. Since it is possible to move the print bed in as little as 20-micron increments, objects exhibit a smooth surface quality that minimizes the need for post-production finishing. To put a thickness of 20 microns in perspective, consider that the diameter of a red blood cell is about five microns, and a human hair is about 75 microns thick.
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Minimize Porosity

The Direct Metal Laser Melting process minimizes the porosity common with sintering. In fact, it is possible to achieve close to 100 percent density. Enterprises can reuse the valuable unmelted metal powders.

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Shorten Lead Times

Direct Metal Laser Melting offers short lead times ideal in situations where repeated testing of functional metal prototypes is necessary. Where traditional production times are often measured weeks, the direct metal laser melting process only requires hours or days.

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Create Objective With Intricate Structures

The DMLM process gives designers the freedom to create objects with intricate structures and significant undercuts that are usually impossible to create using conventional methods. Quicker design cycles are vitally important in the highly competitive environments common in many industries. DMLM makes possible a design-driven process with significant benefits.
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Why Choosing The Right 3D Printer Reseller Is Important To Getting It Right?

concept laser compatible materials

Compatible Materials

Mlab R Materials:

Powders

  • Stainless Steel 316L
  • Stainless Steel 17-4PH
  • Aluminum AlSi10Mg
  • Titanium Ti6Al4V ELI Grade 23
  • Titanium CPTi Grade 2
  • Remanium star® CL (CoCrW)
  • Rematitan® CL (Ti6Al4V ELI)
  • Bronze CuSn

Parameters Available

  • Gold, Yellow
  • Gold, Rose
  • Platinum

Mlab 200 R Materials:

Powders

  • Stainless Steel 316L
  • Stainless Steel 17-4PH
  • Maraging Steel M300
  • Aluminum AlSi10Mg
  • Nickel 718
  • Titanium Ti6Al4V ELI Grade 23
  • Titanium CPTi Grade 2
  • remanium star CL (CoCrW)
  • rematitan CL (Ti6Al4V ELI)
  • Bronze CuSn
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  • The Mlab R is capable of building in both reactive and non-reactive materials and produces fully dense parts with a surface finish that is unmatched in laser systems. The smaller build volume is ideal for high-value materials, as it allows the user to work with smaller powder batches.
  • The size of the system lends itself well to a production or lab environment, where the footprint can be very limited, and the system requires less ancillary equipment than most of the larger systems. The modularity of the build chamber allows for quick and efficient material changes, and the semi-automatic sieving station enables powder re-use.
    Build Volumes
  • 50 x 50 x 80 mm (x,y,z)
  • 90 x 90 x 80 mm (x,y,z)
    Laser Power
  • Fibre laser 100 W (cw)
  • The Mlab 200R is perfectly suited for high surface quality and for creating the finest part structures. In addition, this machine allows you to manufacture larger parts than other machine versions with much greater productivity—without the machine losing any of its familiar compactness.
  • The Mlab 200R boasts a user-oriented design, with a larger build envelope, a higher laser power of 200 watts and a space-efficient footprint. In addition, the machine includes a larger filter, resulting in longer filter lifespans, and a clamping system that enables more accurate component positioning.
    Build Volumes
  • 50 x 50 x 80 mm (x,y,z)
  • 90 x 90 x 80 mm (x,y,z)
  • 100 x 100 x 100 mm (x,y,z) ~ Mlab 200R only
    Laser Power
  • Fibre laser 200 W (cw)

What Industries Are Using
Laser Mlabs

From Dental to Medical

Dental Hybrid Manufacturing Solution

We are transforming the dental industry and, along with our partners Follow-Me, Datron and Fresdental, offering a dental hybrid manufacturing solution. This combines the advantages of additive manufacturing and subtractive technology to get the best out of both manufacturing worlds.
Concept laser mlabs dental image

Redesigning medical instruments using metal additive manufacturing

Sutrue (UK) and the Royal Brompton Hospital are focusing strategically on AM for applications in cardiology. Is it possible to improve the “golden hands” of an experienced heart surgeon? Yes, it is. Using the example of a machine for performing sutures during operations and a cardiac stabilizer for endoscopic heart operations, Sutrue shows how operations on the heart can be performed more safely. Heart operations are soon to become faster and safer. And there is even more good news: patients are recovering faster.
Concept Laser mlab medical image

Dental Hybrid Manufacturing Solution

We are transforming the dental industry and, along with our partners Follow-Me, Datron and Fresdental, offering a dental hybrid manufacturing solution. This combines the advantages of additive manufacturing and subtractive technology to get the best out of both manufacturing worlds.
Concept laser mlabs dental image

Redesigning medical instruments using metal additive manufacturing

Sutrue (UK) and the Royal Brompton Hospital are focusing strategically on AM for applications in cardiology. Is it possible to improve the “golden hands” of an experienced heart surgeon? Yes, it is. Using the example of a machine for performing sutures during operations and a cardiac stabilizer for endoscopic heart operations, Sutrue shows how operations on the heart can be performed more safely. Heart operations are soon to become faster and safer. And there is even more good news: patients are recovering faster.
Concept Laser mlab medical image

Powerful All In-One Software - Innovation Made For Users By Users

concept laser software section

Introducing AMP - The new software solution that integrates the tools engineers need to manage, process and manufacture metal additive parts in one integrated platform. Download Brochure

Resources

Case Study

ROI Playbook

Learn the 4 steps to writing a successful business plan for metal additive and move toward production–faster. Download our playbook “Building the Business Case: Identifying Criteria to Measure ROI” for Additive Manufacturing and learn why developing a business case can help your investment in additive yields a higher return on investment.
X line 2000r ROI playbook resources
White Paper

Path to Production Playbook

In this playbook “Planning a successful transition to serial additive production”, we share some lessons learned on our own additive journey to help others as they take steps to shift to industrialization.

X line 2000r Path-to-Production-playbook

Get A Free Quote

Talk to an Expert

Our team of application and industry engineers are here to help. We can answer any questions you about range of materials, printing applications, or features of the printer. If we feel there is a more optimal solution that suits your requirements, we will recommend it.

+613 9785 2333 (Australia)
+649 801 0380 (New Zealand)
Call Our Expert Now

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Objective 3D:

A Company Dedicated To Helping You Innovate Through 3D Printing

Click on the following to learn more about each of our focus areas.
If you’re looking for a company that can help you innovate the way you manufacture & prototype, Objective 3D is the company for you. We offer a wide range of specialised 3D printers, 3D scanners, material and software options to choose from, so you can find the perfect solution for your needs. We work with some of the leading industries in the world, including medical, automotive, and aerospace, so we have a deep understanding of the specific needs and challenges that our clients face. Our team of experienced application engineers are on hand to provide you with the support and guidance you need throughout every stage of your product’s lifecycle.

What sets Objective 3D apart from other companies is our daily use of the technology we promote. Our state-of-the-art service bureau houses 12+ different 3D printing technologies, and we print thousands of parts every year, from small tooling aids, patient specific models, and large industrial parts. This gives us a deep understanding of the capabilities and limitations of each solution, so we can provide you with the best possible option.

Objective 3D provides same-day phone support with a quick response time any day of the year. We can also assist you with overflow of work, machine downtime, and complex supply chain issues, where you tap into our technology on a contract basis, giving you access to our on-demand 24 hour ISO accredited printing facility, equipped with 24 printers, part finishing lab, and in-house team of dedicated application engineers, ready to serve you.
Our mission is to revolutionise the way businesses manufacture today, so you can build a better tomorrow. Contact us today to find out more.

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