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Precision 3D printing — concept illustration
PRECISION SLA PRINTING

Small details.
Functional prototypes.

Precision SLA printing for research setups and prototyping. Explore holders, fixtures, prototype parts and molding masters based on their intended operating conditions.

Discuss your project ↗
Concept illustration
PRINTING CAPABILITIES

Resin printing for research.

Formlabs Form 4

MSLA · Low Force Display™

Build volume: 200 × 125 × 210 mm
XY pixel size: 50 µm

Manufacturer specifications ↗
Example resin options
ResinKey characteristicsExample use
Clear Resin V5 ↗Clear and rigid; polishing can improve optical clarity.Visual inspection models and transparent prototypes.
Grey Resin V5 ↗Matte and opaque; suited to inspecting fine geometric details.General prototypes and form-and-fit checks.
Tough 2000 Resin V2 ↗For engineering parts requiring toughness and stiffness.Holders, housings and functional prototypes.

ELEGOO Saturn 4 Ultra

LCD-based masked resin printing (MSLA). Prototype and master fabrication.

Print orientation, support placement and post-processing are planned around the part geometry.

Manufacturer / Saturn 4 Ultra family ↗
Example resin options
ResinKey characteristicsExample use
ABS-like ↗Toughness-oriented photopolymer; not ABS thermoplastic.Holders, assembly components and prototypes.
Standard ↗General-purpose resin family for detailed models.Visual models and geometry trials.
Water-washable ↗Resin family that supports water washing after printing.Prototypes selected around the washing workflow.

Resins are example options; availability, printer profile and application suitability are confirmed during quotation.

Pixel size is not the same as finished-part accuracy. Resin, orientation, layer settings and post-processing are selected for the design. Our starting lower limit for channel design is 100 µm; tolerances are assessed per project.

Research holders and prototype parts — conceptual
Conceptual component examples
HOW WE WORK

Design, production and delivery.

  1. 01

    Share your file

    STL/STEP file, dimensions, quantity and use conditions.

  2. 02

    Manufacturing review

    Geometry, critical surfaces and material selection.

  3. 03

    Production & delivery

    Printing, post-processing and agreed checks.

CUSTOMIZABLE GEOMETRY

Design parameters.

ParameterScope
Geometry & dimensionsExternal dimensions, small features, thin walls and cavities.
Fit & contact surfacesCritical areas for assembly or contact with other components.
Material requirementsMechanical, thermal, solvent and optical requirements.
Printing & post-processingOrientation, support contacts and post-processing needs.
Quantity & applicationPrototyping or repeat production requirements.

Tolerances depend on geometry and material. Biocompatibility, sterilization suitability or pressure resistance are not assumed for an unspecified resin.

LET’S BUILD

Let’s define your
requirements together.

Email your file, intended use, dimensions and quantity.

Email us ↗
LET’S TALK SCIENCE

Let’s start with an email.

Share your research question, analysis or manufacturing requirements. Attach drawings and relevant files to your email.

DIRECT CONTACT
Write an email ↗
Üniversiteler Mah. 1596 Cad. Teknokent Kuluçka Merkez Binası No: 6 C, Unit 11, Çankaya / Ankara, Türkiye