Precision Parts
from 3D Printing.
Industrial FFF manufacturing backed by mechanical engineering expertise. Not hobby printers – process-controlled production with validated high-performance polymers.
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Technical Expertise
Instead of Mass Production
Every part is evaluated from an engineering standpoint. Wall thickness, layer orientation and infill strategy are designed per part – not left to default settings.
Materials Science
ASA for UV-exposed outdoor applications, PETG-HF for high-strength mechanical engineering parts. Material selection based on technical requirement profiles.
Materials →
Part Optimization
With a mechanical engineering background, geometries, tolerance chains and manufacturability are analyzed before printing and optimized where needed.
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Process Control
Defined print parameters, controlled temperature management and reproducible quality. No experiments – validated processes for repeatable results.
Services → Materials Science
Instead of Guesswork
34 industrial materials – from self-lubricating iglidur tribo-polymers to carbon-fiber-reinforced PA12. Each material is selected based on technical requirements: temperature, chemical resistance, mechanical load.
- ASA for UV-exposed outdoor applications
- PA-CF for maximum stiffness (aluminum replacement)
- iglidur tribo-polymers for maintenance-free plain bearings
- Free material consulting with every inquiry
Fiber-Reinforced Parts –
Aluminum Alternative from the Printer
8 carbon- and glass-fiber composite materials with up to ~130 MPa tensile strength and ~240 °C heat deflection. For grippers, fixtures and structural parts that used to be machined.
- Stiffness-to-weight ratio above aluminum level
- Electrically conductive (CF) or insulating (GF), your choice
- Layer orientation design along the main load direction included
Process Control
as Standard
Reproducible parts don't happen by chance. Defined print parameters, controlled filament management and part-specific slicing strategies are the foundation of every job – not the exception.
- Material-specific drying cycles before printing
- Validated profiles for every material
- Dimensional check with a digital caliper before shipping
- Print orientation aligned to the main load direction
Manufacturer-Certified
Industrial Materials
Only materials with complete compliance documentation – RoHS, REACH, FDA and UL, straight from the manufacturer.
HazardousSubstance-Free
EU Directive 2011/65/EU
Confirms the absence of lead, mercury, cadmium, hexavalent chromium and other hazardous substances – verified through the manufacturer's lab analysis.
- Mandatory requirement in the EU for electronic components
- Prerequisite for CE conformity of end products
Chemical Safety
EC Regulation No. 1907/2006
Confirms the absence of substances of very high concern (SVHC) – carcinogenic, mutagenic and reprotoxic compounds.
- Mandatory in commercial EU supply chains
- Basis for audits in ISO 9001 quality systems
Food Contact
21 CFR · EU Regulation 10/2011
Certifies suitability for direct contact with food, pharmaceuticals and drinking water – no toxic migration into the contact substance.
- Mandatory in HACCP-regulated production areas
- Relevant for pharmaceutical and food technology
Flammability Rating
UL94 V0 / HB
Classifies burn behavior: V0 self-extinguishes within 10 s with no flaming drips – the highest class for enclosures and control-cabinet use.
- Prerequisite for approvals in electrical engineering
- Relevant for control cabinets per IEC 61010
Not Just a Printer –
an Engineer.
3D Fabrikant is run by Michael Krohn, a state-certified mechanical engineering technician (Bachelor Professional) with his own design office. That means: your parts aren't just printed – they're evaluated from an engineering standpoint.
Wall-thickness analysis, layer orientation for maximum strength, tolerance design and material recommendations are all standard – not an extra charge.
Request a Project- State-certified mechanical engineering technician (Bachelor Professional)
- Own design office
- Validated print parameters per material
- Design consulting included
- Repeatable small-batch production
- Part optimization based on DIN principles
- Personal support – no ticket system
Your B2B Partner
for Germany, Austria and Switzerland
Owner-operated design office in Stuttgart – short distances, direct communication, no anonymous platforms. Express manufacturing and personal coordination for time-critical projects across the entire German-speaking region.
Short Delivery Routes
Express delivery in 2–3 business days via DHL/DPD to Germany, Austria and Switzerland. Courier delivery in the Stuttgart area available for time-critical functional prototypes in mechanical engineering.
Personal Coordination
Direct technical communication by phone or email – no ticket system. For complex prototyping projects, personal on-site visits in the Stuttgart region are available on request.
Engineering Region
Stuttgart and its surroundings are the heart of German mechanical engineering. From automation companies in Esslingen to custom machinery builders in Ludwigsburg to precision manufacturers in Böblingen – we know your requirements.
Service Area
- Germany (nationwide)
- Austria
- Switzerland
- Personal visits to your site in the Stuttgart region
Qualität durch Prozessdisziplin
Alle Konstruktions- und Fertigungsprozesse sind strikt an die DIN EN ISO 9001:2015 angelehnt – von der Anforderungsaufnahme bis zur Auslieferung. Dokumentierte Prozessschritte greifen ineinander und garantieren maximale Prozessstabilität sowie vollständig reproduzierbare Ergebnisse.
Konstruktion nach Norm
Bauteilgeometrien und Toleranzfelder werden nach DIN ISO 2768 (Stufe mittel/fein) ausgelegt. Die methodische Produktentwicklung folgt den VDI-Richtlinien 2221 / 2206 mit additivgerechten Gestaltungsprinzipien (DfAM).
Industrieller 3D-Druck
Reproduzierbarkeit durch kalibrierte Maschinenprofile und dokumentierte Druckparameter je Materialcharge. Eingesetzte Filamente sind UL-gelistet und erfüllen die RoHS-Konformität – Vakuumtrocknung vor jeder Verarbeitung ist Standard.
Qualitätssicherung
Jedes Bauteil durchläuft ein dokumentiertes Design-Review vor der Fertigungsfreigabe. Fertigungsbegleitende Prüfprotokolle erfassen Maßkontrolle, Sichtprüfung und Materialchargennachweis für lückenlose Rückverfolgbarkeit.
Detaillierte Prozessbeschreibungen stehen qualifizierten Kunden auf Anfrage für Lieferantenaudits zur Verfügung.
Dokumentation anfragen →Quick Answers
Ready for Industrial Part Quality?
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