FDM
Brackets & adapters
For assembly aids, spacers, adapter blocks and functional small parts, when stability, fit and fast turnaround matter.
CAD · prototypes · small batches from Chemnitz
3D printing service
for custom parts
Custom plastic parts, CAD support and fast sample production for companies, workshops and specialist businesses – local, flexible and hands-on.
For companies & specialist businesses
3D printing, CAD support and made-to-measure custom parts
FABLLE supports companies, workshops and technical service providers with custom plastic parts – from CAD design and prototypes to small batches and workshop-oriented special solutions.
- Prototypes, sample parts and design variants
- Brackets, adapters and small fixtures
- Plastic replacement and custom parts
- Small batches without high minimum quantities
- Non-load-bearing covers and housings to professional specification
Possibilities
What can be printed with FDM & SLA?
A compact overview for companies, workshops and specialist businesses: typical components, samples and special solutions that 3D printing can deliver quickly.
FDM
Fixtures & auxiliary parts
Practical workshop and process aids such as gauges, stops, guides, protective caps or replacement handles – adapted to your existing dimensions and workflows.
FDM
Small batches & functional parts
For recurring plastic parts, small production runs and robust functional parts without high minimum quantities or tooling costs.
SLA
Design samples & presentation models
When surface finish, details and visual impact matter – ideal for clean visible parts, samples and highly detailed functional parts.
SLA
Housings, clips & fit checks
For precise edges, fine details and clean fit checks – especially for small housings, clips, mounts and detailed components.
SLA
Cover & shell prototypes
For non-load-bearing covers, shell shapes and precisely fitting visible parts built to professional specifications – with no medical design or approval by FABLLE.
FDM and SLA complement each other: FDM is often economical and robust, while SLA delivers especially smooth, highly detailed parts. Which process fits depends on function, surface, load and the quantity you need.
Project process
How your custom part is made
A clear process from inquiry to sample part or small batch – with short coordination loops.
1
Clarify inquiry & purpose
You describe the application, dimensions, existing data and requirements. Sketches, photos, STL or STEP files help to get started.
2
CAD / data check
We check existing data or create a CAD design to your specification, agreeing critical details before printing.
3
Produce the sample part
The part is printed to match its intended use – e.g. as a prototype, fixture, bracket or non-load-bearing cover.
4
Refine or small batch
After feedback come refinements, further variants or a small production run – without large minimum quantities.
B2B custom manufacturing
Local support for prototypes, components and small batches
Whether it's a technical bracket, adapter, sample part, presentation model or workshop aid: we provide supporting CAD, prototyping and manufacturing services. For specialist or patient-related applications, work is carried out exclusively to the specification and approval of the respective professional partner; FABLLE does not provide medical design or certification.
Request a project – no obligation
Materials & applications
FDM filaments and SLA resins for your project
Depending on the application, we choose the right process together: FDM filaments for robust functional parts and fast samples, SLA/resin printing for smooth surfaces, high detail and precise prototypes.
FDM Filament
Standard
PLA
Polylactide
57 °C
- Very affordable
- Perfect surfaces & a clean look
- Biodegradable – ideal for prototypes & decor
- –Heat-resistant only up to approx. 57 °C
- –Unsuitable for highly stressed components (brittle)
- –UV-sensitive – not for outdoor use
FDM Filament
Standard
PLA-CF
Carbon-fiber reinforced PLA
57 °C
- Affordable
- Stiffer & more stable than standard PLA
- Good for simple moving components
- –Heat-resistant only up to approx. 57 °C
- –Unsuitable for highly stressed parts
- –Not UV-resistant
FDM Filament
Standard
PETG
Polyethylene terephthalate glycol
69 °C
- Very affordable
- Suitable for outdoor use
- More flexible – yields instead of breaking
- –Heat-resistant only up to approx. 69 °C
- –Lower layer adhesion
- –Unsuitable for highly stressed parts
FDM Filament
Standard
PETG-CF
Carbon-fiber reinforced PETG
69 °C
- Affordable
- Suitable for outdoor use
- Handles moderate loads
- –Heat-resistant only up to approx. 69 °C
- –Bends rather than breaks
- –Unsuitable for wear-stressed parts
FDM Filament
Standard
ABS-GF
Glass-fiber reinforced ABS
99 °C
- Mid-range price segment
- Heat-resistant up to approx. 87–99 °C
- Impact-resistant – for lasting loads
- –Not resistant to oils & cleaning agents
- –Not flexible
- –UV-sensitive
FDM Filament
Standard
TPU
Thermoplastic polyurethane
65 °C
- Returns to its original shape after deformation
- Ideal for impact absorption
- Protects objects
- –Lower detail accuracy
- –Heat-resistant only up to approx. 65 °C
- –Not for stiff, precise components
FDM Filament
Engineering
PC
Polycarbonate
117 °C
- Heat-shielding up to approx. 117 °C
- Extremely impact-resistant
- Suitable for demanding environments
- –Higher price segment
- –UV-sensitive
- –Not flexible
FDM Filament
Engineering
PA6-CF
Carbon-fiber reinforced nylon 6
186 °C
- Very good mechanical load capacity
- Heat-resistant up to approx. 186 °C
- Ideal for gears, bearings & functional parts
- –Higher price segment
- –May absorb moisture
- –May generate noise under friction
FDM Filament
Engineering
PAHT
High-temperature polyamide
194 °C
- Temperature-resistant up to approx. 194 °C
- Very high strength & toughness
- Ideal for automotive & industry
- –Higher price segment
- –Tighter dimensional tolerances are harder to hold
- –Post-processing can lead to cracking
FDM Filament
Engineering
PET
Polyethylene terephthalate
205°C
- Chemical-resistant
- Heat-resistant up to approx. 205 °C
- Insensitive to moisture
- –Higher price segment
- –Brittle under point loads
- –Limited post-processing
FDM Filament
High Performance
PPA-CF
Carbon-fiber reinforced polyphthalamide
200+ °C
- Metal-like strength
- Industrial precision
- Stable in high humidity & temperature
- –Higher price segment
- –Not very flexible
- –Unsuitable for clips or snap-fit parts
FDM Filament
High Performance
PPS
Polyphenylene sulfide
264 °C
- Ultra-high heat resistance up to 264 °C
- Flame-retardant
- Resistant to chemicals & solvents
- –Higher price segment
- –Relatively brittle
- –Unsuitable for parts under bending stress
SLA Harz
Standard
Standard Resin
All-round SLA resin
SLA
- Fine details and clean surfaces
- Good for presentation and sample parts
- Quick alignment of shape and fit
- –Not for high continuous mechanical loads
- –Post-curing and cleaning required
- –Material choice depends on the project
SLA Harz
Engineering
Tough 2000 Resin
ABS-like engineering resin
SLA
- More stable than standard resin
- Good for functional prototypes
- Clean look on technical parts
- –More brittle than many FDM functional parts
- –Not ideal for flexible snap-fit parts
- –Mechanical properties depend on post-curing
SLA Harz
Engineering
Durable Resin
PP-like SLA resin
SLA
- Tougher and less brittle
- Suitable for clips, housings and fit tests
- Good surface finish on moving parts
- –Not for high temperatures
- –Not as stiff as tough resins
- –Material availability depends on the project
SLA Harz
Engineering
Flexible 80A Resin
Elastic SLA resin
SLA
- Elastic and shock-absorbing
- Good for grips, pads and flexible samples
- More detailed than many flexible FDM parts
- –Lower stiffness
- –Not for precise rigid components
- –More delicate post-processing
SLA Harz
High Performance
High Temp Resin
Heat-resistant SLA resin
SLA
- Very high temperature resistance possible
- Good for heat-adjacent prototypes and fixtures
- Very precise surfaces
- –Higher price segment
- –Rather brittle
- –Not for impact/bending stress
SLA Harz
High Performance
BioMed Resin
Special resin to professional partner specification
SLA
- Conceivable for specialist samples to specification
- Clean, smooth surfaces
- Material selection only after project approval
- –No medical design by FABLLE
- –Only to the specification/approval of the professional partner
- –Not automatically suitable for every patient-related part
Ready for a custom part?
Send us your inquiry or idea
Briefly send us the purpose, dimensions, a photo/sketch or existing 3D files. We'll check – with no obligation – whether and how your part can sensibly be made.
Local from Chemnitz · CAD support · prototypes & small batches · Made in Germany