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01
Portable
A compact architecture intended to reduce dependence on a fixed bench setup for early-stage testing and demonstrations.
NanoWeaver is becoming Gigoplet
Nanofibers.
Where you need them.
A compact electrospinning platform built to move nanofiber prototyping out of the fixed lab setup and into a more portable, flexible workflow — now presented with the new Gigoplet identity and the real device visual for the 2027 launch.
PORTABLE ELECTROSPINNING✦NANOFIBER PROTOTYPING✦RESEARCH & DEVELOPMENT✦2027✦
PORTABLE ELECTROSPINNING✦NANOFIBER PROTOTYPING✦RESEARCH & DEVELOPMENT✦2027✦
Why Gigoplet
Built different,
Built different,
by design.
Gigoplet keeps the core logic of electrospinning while rethinking the physical format around mobility, iteration and practical experimentation.
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02
Direct deposition
Create fibers directly onto selected collectors or surfaces, supporting faster exploration of form, coverage and substrate interaction.
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03
Modular workflow
Designed for iterative development around solutions, collectors, electronics and application-specific configurations.
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04
From idea to fiber
Shorten the loop between formulation, electrospinning, observation and the next experimental iteration.
How it works
Science you can
Science you can
work with.
Electrospinning uses a strong electric field to draw a polymer solution into extremely fine fibers. Gigoplet packages that principle into a compact, purpose-built format.
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Prepare the solution
Choose a compatible polymer formulation and load the working solution for your experiment.
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Create the field
The electrospinning system establishes the electric field that initiates and stretches the polymer jet.
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Form nanofibers
As the jet travels, solvent evaporates and the material is drawn into ultrafine fibers.
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Deposit & iterate
Collect fibers on the selected target, evaluate the result and refine the next experimental run.
One platform, many directions
Explore what
Explore what
nanofibers can do.
01
Research & education
Hands-on electrospinning demonstrations, method development and laboratory exploration.
02
Textile & surface R&D
Experimental fiber layers, functional surfaces and new substrate combinations.
03
Filtration & materials
Prototype fibrous structures where high surface area and fine fiber diameter matter.
04
Custom concepts
Use the platform as a base for new collectors, formulations and application-specific research.
About us
Research-led. Hardware-first. Built in Croatia.
From NanoWeaver
to Gigoplet.
Gigoplet is developed by NitKo, a Croatian R&D venture focused on compact electrospinning, nanofiber systems, materials and device engineering.
The project began as NanoWeaver with a simple question: why should electrospinning be tied to a large, fixed laboratory setup? We are developing a smaller, more portable platform that keeps the core electrospinning process while making experimentation, demonstrations and early-stage product development more flexible.
Our work combines materials science, textile technology, electronics, 3D-printed components and iterative prototyping. In 2027, NanoWeaver becomes Gigoplet — the next generation of the project and the brand we intend to take to market.
ZagrebCroatia
NanofibersCore technology
2027Commercial target
The team
Built by people who
Built by people who
work with the science.
Gigoplet is being developed by a small multidisciplinary team working across electrospinning, materials, prototyping, testing and product development, while acknowledging the people who shaped the project from the beginning.
LS
Founder & R&D lead
Luka Savić
Textile technologist and electrospinning researcher working at the intersection of nanofibers, polymers, technical textiles and product development.
OS
Founding contributor · In memoriam
Onjegin Savić
Onjegin helped shape the early development of the device and remains an important part of the Gigoplet story, its technical direction and the team behind it.
DP
R&D team
Dražen Juraj Petrović
Contributes to Gigoplet's product development, experimental work and the iterative process of turning the concept into a robust working device.
MR
R&D team
Marko Robić
Supports prototyping, testing and development as the team refines the platform for repeatable use and a production-ready 2027 version.
Small team. Deep focus.
We build, test, learn and rebuild — combining scientific development with practical engineering until the device is ready to leave the prototype stage.
Roadmap
Where we're headed.
Where we're headed.
2027.
The NanoWeaver project is transitioning into Gigoplet, with the product, brand and launch plan aligned around a 2027 commercial release.
Q1 2027
Engineering validation
Finalize the production-oriented architecture, electronics, enclosure and safety-oriented design refinements.
Q2 2027
Pilot units & beta testing
Run controlled beta use, collect feedback and verify repeatable setup, handling and performance.
Q3 2027
Preorders & manufacturing setup
Open early-access ordering while preparing small-batch manufacturing, documentation and fulfillment.
Q4 2027
Commercial release
Launch Gigoplet publicly and begin first commercial deliveries to early users.
2027 early access
Be first to
Be first to
spin with Gigoplet.
Join the early-access list for development updates, beta opportunities and the 2027 launch.