TECHNOLOGIES

We select the process for the part's application

You do not need to choose a printer. Describe the purpose, quantity, operating conditions and expected surface quality, and we will select the process.

HOW WE SELECT

Five questions instead of a specification dump

What does the part do?

Where will it operate?

What loads will it see?

How many are required?

What must be verified?

PRODUCTION CAPABILITY

Printing technologies

Parameter	Engineering FDM / FFF	Precision MSLA / LCD
Maximum build volume	up to 330 × 320 × 325 mm	up to 278 × 156 × 300 mm
Typical layer height	0.10-0.30 mm	0.03-0.10 mm
Typical working accuracy	±0.20-0.50 mm	±0.05-0.20 mm
Available nozzle sizes	0.2-0.8 mm	-
Nozzle temperature capability	up to 300°C	-
Heated bed capability	up to 110°C	-
Actively heated chamber	up to 60°C	-
Resin wavelength	-	405 nm
Best suited for	Functional parts, brackets, housings, jigs, fixtures, tooling and low-volume production	Detailed prototypes, small housings, fit-check parts, master models and precision geometry

ENGINEERING MATERIALS

Engineering materials

Material	Key characteristics	Typical applications
PA6-CF	Carbon-fiber reinforced nylon, high stiffness, high strength, low density, high heat resistance	Functional UAV components, structural housings, brackets, fixtures and tooling
ASA	UV and weather resistant, good heat resistance	Outdoor housings, covers and external components
ABS	Impact resistant, heat resistant and durable	Technical housings, covers and functional prototypes
PETG	Tough, moisture resistant, good chemical resistance	Housings, holders, cable guides and protective parts
TPU 95A	Flexible, impact absorbing and vibration damping	Dampers, flexible inserts, protective elements and soft interfaces
PLA / PLA-based materials	Rigid, dimensionally stable and fast to manufacture	Prototypes, mockups, form-fit checks and production aids
Tough / ABS-like Resin	Fine detail with improved impact resistance	Small functional prototypes, clips, housings and fit-check components
High-Temperature Resin	Higher thermal resistance than standard resin	Thermal trials, tooling aids and heat-exposure prototypes

Actual dimensional accuracy and mechanical performance depend on part geometry, orientation, material condition and post-processing. For fit-critical or repeat production parts, we manufacture and verify a first article before freezing the production setup.

VERIFICATION

A result that can be inspected and repeated

Depending on the project, verification can include critical dimensions, assembly fit, a documented visual check or scan-to-CAD comparison. The agreed inspection scope is defined before production.