DISCOVER THE

POSSIBILITIES OF AM.

Across all industries and sectors, leading OEMs are exploring the incredible advantages of AM. Enabling manufacturers to create parts with properties similar to – and in many cases better than – traditionally manufactured parts, AM drives innovation, efficiency and cost-effectiveness in a competitive and dynamic world. 

From rapid prototyping to full scale production, Burloak Technologies has the capability, experience and expertise to deliver end-to-end additive manufacturing solutions in North America, driving many advantages including:

 

Limitless possibilities.

Limitless possibilities.

AM supports innovation by enabling previously impossible designs in a vast array of materials and configurations with tailored mechanical properties.

Lightweight design.

Lightweight design.

Leveraging a range of material options and well-honed 3D printing techniques, we significantly decrease component weight while increasing part strength and reliability.

Stronger parts.

Stronger parts.

AM allows for the creation of complex geometries with increased strength – similar to what we see in nature – with fully organic shapes that deliver exceptional performance.

Shorter development cycles.

Shorter development cycles.

We reduce development times by drawing on our in-house, data-led AM expertise.

Sustainable.

Sustainable.

With highly efficient material use and lower carbon emissions, AM helps you to achieve a more sustainable and eco-friendly manufacturing solution.

Faster production.

Faster production.

AM solutions are delivered when and where you need them, delivering an unprecedented level of production flexibility and inventory management – driving shorter lead times and lower working capital for your business.

Optimized supply chains.

Optimized supply chains.

AM is conducted when, where and in volumes required, relies on fewer materials and partners, and enables the consolidation of multiple parts – helping many OEMs to streamline their supply chains and support in-region supply strategies.

 

 

IN-HOUSE, CUTTING EDGE ADDITIVE TECHNOLOGIES

Delivering high-quality, cost-efficient AM components requires seasoned experts and the right combination of process technologies for each unique application and material. 

Our experienced team taps into an ever-evolving range of advanced, in-house tools and leading-edge equipment when supporting our customers. Our solutions include:

  • Electron Beam Powder Bed Fusion
    (EBM/EB-PBF)
  • Laser–Powder Bed Fusion (L-PBF/SLM)
  • High Speed Extrusion (HSE)
  • Fused Deposition Modeling (FDM)
  • Directed Energy Deposition (DED)
  • Selective Laser Sintering (SLS)
  • Binder Jetting

 

 

LAB CERTIFIED MATERIALS

Leading the way in AM requires a deep understanding of the unique qualities and properties of a wide and ever-evolving range of AM materials.

Unlike the traditional subtractive approach to manufacturing which combines existing components to create a final part, AM builds final parts layer-by-layer using microscopic powder – allowing you to “print” virtually anything.

Burloak’s experience in this area is evidenced by our growing list of lab certified materials, which include:

Metals Polymers

Titanium Ti-6Al-4V
• Titanium Ti-6Al-4V ELI
• Titanium Ti6242
Inconel 625

• Inconel 718
Aluminum AlSi10Mg
• Aluminum A205
• Maraging Steel MS1
• Stainless Steel 15-5   SS316L
• Cobalt Chrome

• PCTG
• PA & PA-CF
• HTN & HTN-CF
• PEEK
• ULTEM 9085
• TPE Thermoplastic   Elastomer
• PA11 Polyamide 11
• PA12 polyamide 12
• PS Polystyrene

Invar 36                   

• Invar 32-5                         

• Copper
• Hastelloy X

 

 

 

 

QUALITY ASSURANCE IS OUR TOP PRIORITY.

 

AM deals with incredibly tight tolerances — which is why Burloak makes quality assurance a top priority. From production to documentation, process control to delivery, we go to great lengths to ensure the final product meets your specifications, drawing and requirements.

Our stringent quality assurance process includes:

  • Visually inspecting components for any surface anomalies, foreign object debris and foreign object damage
  • Comparing actual parts with CAD models, through CMM and laser inspections
  • Using laboratory samples to conduct materials inspections

We are also investing heavily in our complete materials and metrology laboratory. Led by a talented team of materials experts, our metrology lab leverages leading technologies to ensure high quality, including: CMM, laser scanning, CT scanning, SEM, powder characterization, metallography, chemical analysis, and tensile and hardness testing.

ISO 9001 CERTIFIED

ISO 9001 CERTIFIED

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AS 9100 CERTIFIED

AS 9100 CERTIFIED

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NADCAP ACCREDITED

NADCAP ACCREDITED

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CONTROLLED GOODS PROGRAM

CONTROLLED GOODS PROGRAM

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