01
R&D TEAMSMaterial research
Bring formulation ideas into a repeatable trial workflow.
Explore application ↗DESKTOP FILAMENT EXTRUSION SYSTEM
FilamentLab 2K.
From your next formulation
to your next filament trial.
A compact split-design system for material developers, research laboratories and universities exploring small-batch filament development.
20 gApprox. minimum trial
1–2 kg/hApprox. output
450°CMaximum temperature
24 hContinuous operation, up to
START SMALL. KEEP DEVELOPING.
What It Is Built For
For material developers, universities, R&D labs, filament startups and engineering-material testing teams.
Material developers
Turn a formulation brief into small-batch filament trials.
Universities
Connect research and teaching objectives with a documented experimental workflow.
R&D laboratories
Review material, processing and measurement needs within a laboratory setup.
Filament startups
Explore an initial filament concept before planning a larger production process.
Engineering-material testing
Prepare trial samples for your own printing and material evaluation.
FILAMENTLAB 2K / IN MOTIONSee the process.
See the process.
Follow the filament.
A closer look at the current split system.
Watch the extrusion and strand-handling module, operator display and separate spooler in a short supplier demonstration.
- 01Split architecture
- 02Extrusion & strand handling
- 03Operator display & spooling
48 seconds · Edited supplier footage
AI narration and matching subtitles · Screen values show this demonstration, not guaranteed performance.
English narration · Subtitles included
Machine Workflow
Follow the material from feedstock to collected filament.
- 01
Feeding
Pellets, powders or crushed feedstock enter through the feeding stage.
- 02
Extrusion
The material is processed into a continuous strand.
- 03
Air cooling
The strand passes through the cooling stage.
- 04
Laser measurement
The system measures filament diameter.
- 05
Pulling
The strand moves through downstream handling.
- 06
Buffering
A buffer stage sits within the filament path.
- 07
Length counting
The system includes a length-counting stage.
- 08
Spooling
Filament is collected for subsequent evaluation.
MACHINE ANATOMYTwo modules.
Two modules.
One connected process.
Recognizable components, marked directly on the current split-system photograph.
1234- 1
Feed hopper
The material inlet is positioned above the right-hand module.
- 2
Extrusion & strand handling
The right-hand module brings the extrusion and downstream filament path together.
- 3
Control screens
Operator screens are visible on the separate modules. Specific control logic is discussed with your application.
- 4
Spooling module
The left-hand module collects the filament on a spool.
LABORATORY ARRANGEMENT
Plan the setup around your workspace.
Discuss the available bench area, handling needs, power supply and access around the filament path when planning your installation.
Discuss Your Material ↗PRODUCT EVOLUTIONFrom Integrated
From Integrated
to Modular Split Design
Designed to move with your lab. Separate modules make handling, laboratory arrangement and maintenance access more practical.
The split design is the current system. The previous integrated model is shown only for design context.
Integrated layout
Split architecture
A starting point for
thermoplastic development.
Supplier-listed material families include:
Actual processing depends on formulation, viscosity, moisture content, temperature and pulling conditions. A listed polymer family does not guarantee performance for every grade. Share your material and trial requirements for an application review.
Applications for your next material.
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RESEARCH & EDUCATIONUniversities & laboratories
Make room for hands-on material development in the lab.
Explore application ↗03
FORMULATION EXPLORATIONCustom filament development
Explore filament concepts for your own printing workflow.
Explore application ↗04
APPLICATION REVIEW REQUIREDComposite material research
Discuss filled formulations before choosing a configuration.
Explore application ↗05
MATERIAL CHARACTERIZATIONRecycled material trials
Evaluate known feedstock in a small-batch research workflow.
Explore application ↗SYSTEM AT A GLANCECompact scale.
Compact scale.
Defined capabilities.
The following specifications apply to the current split-design FilamentLab 2K.
Output and suitable processing conditions depend on the material, formulation and trial settings. Maximum temperature is an equipment limit, not a processing recommendation for every material.
Discuss your configuration| Output | Approx. 1–2 kg/h |
|---|---|
| Minimum trial batch | Approx. 20 g |
| Hopper capacity | Approx. 2 kg |
| Maximum temperature | 450°C |
| Continuous operation capability | Up to 24 h |
| Power supply | 220V / optional 110V |
| Main motor | 400 W servo motor with planetary gearing |
| Heating power | 800 W |
| Diameter measurement | Laser measurement |
| Dimensions | 700 × 500 × 600 mm |
| Weight | Approx. 78 kg |
| Feedstock | Pellets, powders and crushed/recycled feedstock |
| Feeding | Anti-bridging feeding mechanism |
| Warranty | 1 year |
| Support | Remote technical guidance and training |
| Packing | Wooden crate |
Practical support for your lab.
1-year warranty
Review the warranty terms supplied with your equipment quotation.
Remote guidance & training
Technical guidance and remote training are available for the equipment.
Wooden crate packing
The system is packed in a wooden crate for transport.
Before your first trial.
What feedstock can I use?
The system supports pellets, powders and crushed feedstock. Share the material grade and preparation details so the team can assess your proposed trial.
Can I request a specific filament diameter?
Yes. Include your required filament diameter in the inquiry so the team can discuss the appropriate configuration.
Are prices listed online?
Quotations are provided following a discussion of your application, configuration and delivery requirements.
Can you help with system selection?
Tell us about the material, approximate batch size, output target and available power supply. These details help the team review your requirements.
YOUR NEXT MATERIAL STARTS HERETell us what
Tell us what
you’re developing.
Bring your material, target output and research goals.
Let’s shape the right workflow.