• Electrospinning starter kit for random nanofibers, multi-material, 40-60 kV
  • Random-nanofiber multi-material electrospinning starter kit
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Electrospinning Starter Kit – Random Nanofibers, Multi-Material, 40–60 kV

Electrospinning Starter Kit – Random Nanofibers, Multi-Material, 40–60 kV

Random nanofibersCoaxial electrospinningStatic collectorMulti material

Our Starter Kit Random is suitable for first time users of electrospinning techniques or expert users who need a dedicated station to develop new materials.

THE PERFECT SOLUTION FOR YOUR ELECTROSPINNING PROCESS

Our Starter Kit guarantees high performances, remaining compact and user-friendly.

Everything you need, in one delivery

This is a complete electrospinning station, not a component to be integrated: high voltage generator, syringe pump, modular support, needles and syringes arrive together and work together from day one. You do not have to source a generator from one supplier, a pump from another and hope they match.

For a laboratory approaching electrospinning, that removes the three things that usually delay a first result: compatibility between parts, electrical safety, and knowing which parameters to start from.

WHAT ADVANTAGES DO YOU GET FROM USING THIS KIT?

You have no space limitations in the hood, so you can easily add more accessories to complement the kit.

Random nanofibers: where the non-woven structure is the point

A randomly oriented mat is not a compromise - for many applications it is exactly what is needed. The isotropic, highly porous network with very high surface-to-volume ratio is what makes electrospun nonwovens work in:

  • Filtration - air and liquid filter media, where tortuous pore paths capture particles far below the fiber diameter.
  • Wound dressings and scaffolds - a mat that behaves the same in every direction, mimicking the extracellular matrix.
  • Drug delivery - loaded membranes with controlled release, and core-shell fibers with the optional coaxial needle kits.
  • Energy and catalysis - separators, electrodes and catalyst supports where accessible surface area drives performance.

With the multiple needle emitter included as standard you can also increase deposition rate, or spin more than one solution at a time for blended mats.

WHAT MATERIALS CAN YOU ELECTROSPIN?

It is possible to electrospin any type of synthetic, organic polymer or ceramic material, starting from solutions at room temperature.

WHAT QUALITY AND QUANTITY OF NANOFIBERS DO YOU GET?

The user can create deposits of micro/nanofibers with random structure, on a static plane collector, with high reproducibility over time.

Electrospinning Starter Kit for random nanofibers

DO YOU NEED ALIGNED FIBERS INSTEAD?

This kit deposits fibers on a static collector, so the structure is randomly oriented. If your application needs fibers aligned in one direction - nerve, tendon, muscle or vascular scaffolds, anisotropic sensors and composites - or tubular structures, choose the version equipped with the rotary collection system.

SEE THE STARTER KIT FOR ALIGNED NANOFIBERS

Download Datasheet

STANDARD PRODUCTS INCLUDED

OPTIONAL

MODEL CODES — HOW TO CITE THIS SYSTEM

The nameplate on your station carries the model code of the configuration you received. The STKIT family identifies the Electrospinning Starter Kit, followed by the voltage of the generator supplied: STKIT-40 for the 40 kV configuration, STKIT-60 for the 60 kV one. The high voltage control unit is separately labelled HVG-CONT-LCD.

If you are writing the Materials and Methods section of a paper, the correct attribution is:

Electrospinning was performed using an Electrospinning Starter Kit (STKIT-40, Linari Engineering S.r.l., Pisa, Italy).

Please let us know when you publish - we collect studies performed with our systems in our Knowledge Base.

Not sure how your material should be spun?

Describe your polymer and target fiber, and our AI assistant will suggest the process parameters to start from - solvent system, voltage, flow rate, distance and collector setup.

DISCOVER HOW TO SPIN YOUR MATERIAL WITH ESPIN.AI

Which complete system fits your project?

This Starter Kit is the most accessible complete station in our range. Every system above it is also delivered ready to run - chamber, generator, pumps, needles and collectors included:

Starter Kit - random
Complete entry point		 40 or 60 kV generator, syringe pump, modular support, single and multiple needles, glass syringes. Random nanofibers on a static collector.
Starter Kit - aligned
Adds the rotary system		 The same complete station with the Easy Drum rotary collector, for aligned fibers and tubular structures, up to 200 ml of solution per day.
Compact Unit
Uniform membranes		 The spinneret moves while the collector rotates, giving uniform thickness along a collector up to Ø80×300 mm - larger than a starter kit can take.
Gantry 3D Spin
Programmed precision		 G-code control of the emitter path from CAD, or CSV from a spreadsheet, with adjustable needle-collector distance during the run.
All In One
Modular R&D platform		 40 kV multi-collector system with optional roll-to-roll up to 300 mm, XY gantry and external air treatment unit.
RT Advanced / Pilot Spinner
Industrial		 Up to 8 materials at once and unattended production, or a drum collector up to Ø250×600 mm for pilot quantities.

Not sure which one? Talk to an R&D expert and we will configure the system around your material - or have our laboratory in Pisa validate your nanofiber first.

Frequently asked questions

Is everything included to start producing nanofibers?

Yes. The kit includes the 40 kV (or optional 60 kV) high voltage generator with control unit, a syringe pump, a modular support, Luer lock needles, multiple needles with 4 tips and glass syringes. The station hood is available as an option.

What is the model code of this kit?

The Starter Kit family is coded STKIT, followed by the generator voltage: STKIT-40 for 40 kV and STKIT-60 for 60 kV. The high voltage control unit carries its own label, HVG-CONT-LCD. These are the codes to quote in the Materials and Methods section of a publication.

What is the difference from the aligned version?

This kit uses a static collector and produces randomly oriented, non-woven mats. The aligned version includes the Easy Drum rotary system, which draws the fibers along the rotation direction and also allows tubular structures.

When is a random structure the right choice?

Whenever isotropic behaviour and high porosity matter more than direction: filtration media, wound dressings, general scaffolds, drug-loaded membranes, battery separators and catalyst supports.

Can I increase the production rate?

Yes. The multiple needle emitter with 4 tips is included as standard and increases deposition rate; it also lets you spin more than one solution at the same time for blended mats.

Can I do coaxial or melt electrospinning with this kit?

Yes, as options: sealed or modular coaxial needle kits for core-shell fibers and encapsulation, and the heating needle system up to 250 °C for solvent-free melt electrospinning.

Can I add a rotary collector later?

Yes. The Easy Drum rotary system can be added to the station afterwards, which is what turns a random setup into one capable of aligned fibers.

Which materials can I electrospin?

Any synthetic, organic polymer or ceramic material, starting from solutions at room temperature.

How do I know if my material can be electrospun?

You can ask espin.ai for a starting set of process parameters, or have our laboratory in Pisa run a feasibility test on your material and characterize the fibers by SEM before you buy.

Lead time: 6–10 weeks from order confirmation. Built to order and configured to your application — request a quote for current availability.

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Published research using the Electrospinning Starter Kit

The Linari Electrospinning Starter Kit is cited by name in 47 peer-reviewed publications indexed in Europe PMC between 2016 and 2026, in journals including Nano-Micro Letters, ACS Applied Materials & Interfaces and Biomacromolecules. The Starter Kit is our complete entry-level station (model codes STKIT-40 and STKIT-60, control unit HVG-CONT-LCD), which explains why it is the most widely cited Linari system in the literature. The application areas below are taken from the Methods sections of those papers, where the equipment is identified explicitly.

Tissue engineering and regenerative medicine

The Electrospinning Starter Kit has been used in 16 published studies on scaffolds for tendon, bone, nerve, cardiac and soft tissue regeneration.

Controlled drug delivery

The Electrospinning Starter Kit has been used in 8 published studies on fibres engineered to release an active compound at a defined rate or site.

Wound healing and dressings

The Electrospinning Starter Kit has been used in 7 published studies on fibrous dressings for chronic, traumatic and burn wounds.

Antibacterial and antimicrobial materials

The Electrospinning Starter Kit has been used in 6 published studies on fibres carrying silver, copper, essential oils or antibiotics.

Sustainable and bio-based materials

The Electrospinning Starter Kit has been used in 6 published studies on green solvents, biopolymers and valorisation of agri-food waste.

Sensors and flexible electronics

The Electrospinning Starter Kit has been used in 4 published studies on piezoelectric, strain, vibration and optical sensing elements.

Energy: fuel cells, batteries and electrolysis

The Electrospinning Starter Kit has been used in 4 published studies on reinforced ionomer membranes, separators and electrode materials.

Medical device coatings

The Electrospinning Starter Kit has been used in 4 published studies on nanofibrous coatings applied to implants, meshes and consumables.

Electrospinning process control

The Electrospinning Starter Kit has been used in 3 published studies on the process itself as the object of investigation.

In vitro disease models

The Electrospinning Starter Kit has been used in 2 published studies on three-dimensional culture platforms replacing flat culture and animal testing.

Diagnostics and point-of-care

The Electrospinning Starter Kit has been used in 1 published study on fibres as sampling or sensing substrates for clinical analysis.

Ceramic and metal-oxide nanofibers

The Electrospinning Starter Kit has been used in 1 published study on precursor fibres converted by calcination into inorganic nanostructures.

Browse all publications citing Linari Nanotech equipment