Advanced manufacturing · Türkiye

Engineered for What’s Next.

Engineering-led manufacturing for aerospace, unmanned systems and next-generation industries. An engineer reviews every part before we quote, and industrial polymer laser sintering is our core process.

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Production platform EOS P 770 Commissioning
Build volume
700 × 380 × 580 mm
Lasers
2 × 70 W CO₂

Manufacturer specifications (EOS GmbH)

EOS P 770 build envelope, 700 × 380 × 580 mm (manufacturer specification) Isometric line drawing of the build volume with conceptual parts nested inside. Parts below the current layer are complete, two laser paths sinter the red cross-sections of the current layer, and parts above it are shown as dashed outlines. L1 L2 700 mm 380 mm 580 mm LAYER Z 330.0
Fig. 01 · EOS P 770 build envelope Conceptual illustration

Approach

An engineering partner, with industrial additive manufacturing behind it.

Customers do not buy access to a printer. They buy parts that fit, function and arrive when promised. VAHDET combines engineering review, design-for-additive support and industrial SLS 3D printing on a dual-laser platform to turn your CAD data into reliable polymer components.

  • Reviewed by engineers

    Every request is checked for manufacturability, build orientation and material fit before a price is given.

  • Industrial SLS

    Polymer laser sintering builds strong parts without support structures, including complex internal geometry.

  • Confidential by default

    CAD files are stored privately and are accessible only to authorized staff. If you ask for an NDA, it is signed before your files are reviewed.

Capabilities

From first prototype to low-volume production

One process chain for development and production parts, with the status of every service stated plainly.

  • Commissioning

    SLS prototyping

    Engineering-grade polyamide prototypes for form, fit and functional testing, built without tooling.

  • Commissioning

    Low-volume production

    Series and bridge production of end-use polymer parts, nested efficiently in a large build volume.

  • Available now

    Design for additive manufacturing (DfAM)

    Design reviews, part consolidation, lightweighting and build orientation planning.

  • Commissioning

    Standard finishing

    Depowdering and bead blasting for a clean, uniform matte surface.

All capabilities

Industries

Built for demanding sectors

We focus on sectors where weight, iteration speed and geometric freedom matter most.

  • 01 / 03

    Drones & unmanned systems

    Airframe components, sensor mounts, lightweight enclosures, custom brackets and prototype housings for UAV developers.

  • 02 / 03

    Aerospace engineering

    Non-flight-critical development components, aerodynamic prototypes, ducts, tooling and fixtures.

  • 03 / 03

    Industrial technology

    Robotic end-effectors, production fixtures, specialized machine components and low-volume production.

Also serving

Parts for regulated flight applications require separate qualification and approval.

Technology

EOS P 770: a large build volume and two lasers

Our production platform is an industrial polymer laser sintering system with two CO₂ lasers working in parallel over a 700 × 380 × 580 mm build volume, suited to large parts and efficient batches.

Commissioning Installed and being commissioned. Requests are reviewed now; production slots are confirmed per project. About the EOS P 770

EOS GmbH · EOS P 770

Build X
700 mm
Build Y
380 mm
Build Z
580 mm
Laser configuration
2 × 70 W

Manufacturer machine specifications (EOS GmbH). Usable part dimensions, material suitability and achievable tolerances require engineering review.

How it works

From CAD file to finished part

Every request is quoted by an engineer, not by an algorithm. You get a clear answer on what can be built, how, and at what cost.

  1. CAD upload

    Send STEP, STL or 3MF files, or drawings, with quantity, material and application details through the secure form.

  2. Engineering review

    An engineer checks manufacturability, build orientation, material fit and any design changes worth considering.

  3. Quotation

    You receive a written quotation with price, lead time and the recommendations from the review. If the part is outside our scope, we tell you why.

  4. Production

    After your approval, parts are built, depowdered, finished as agreed and checked before dispatch.

Quality & confidentiality

Trust is part of the specification

Aerospace and industrial buyers need more than a good-looking part. This is what you can expect from us, stated without exaggeration.

  • Confidentiality

    Access-controlled CAD storage and an NDA on request. Your files are never published and are used only for your request, unless the law requires otherwise.

  • Engineering contact

    You talk to an engineer who understands your part, not to a sales queue.

  • Real equipment

    We name the actual machine and state its actual status: “Available now”, “Commissioning” or “Planned”.

  • Verifiable materials

    Material information comes from datasheets. We publish property values only when we can back them.

  • Documented production

    Every order we produce gets a production record, from build to finishing.

  • Certifications

    Certifications are listed on this site only once they have been obtained.

Start a project

Have a part in mind?

Send CAD files or drawings. An engineer reviews manufacturability, material and orientation before we quote, and your files stay confidential.

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