• High Voltage Generator with Web Interface
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High Voltage Generator & Web Interface 40-60 kV

High Voltage Generator & Web Interface 40-60 kV

€8.001,70 plus VAT
€8.001,70
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Shipping date: 21 Oct

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High voltage generator with remote control inside a compact cabinet.
Locally managed through a wide 3”LCD touch screen or web interface.

SAFE AND CONTROLLABLE SYSTEM VIA DISPLAY

High Voltage Generator & WEB Interface system combines in a single, easy to use and compact product, everything necessary to create a complete and absolutely safe electrospinning workspace.

WHAT ADVANTAGES DO YOU GET FROM USING THIS SYSTEM?

The new control system allows the user to regulate and control the high voltage generator both through the bright 3" color LCD display, and through a convenient web interface, which can be accessed via the Ethernet interface supplied as standard, using any internet browser.

The redundant management that stops the high voltage generator if the emergency push button is pressed or further to the opening of the magnetic limit switch is to be placed at the entrance to the electrospinning chamber and guarantees maximum safety to the operator.

Completing the safety of the system, there is a 3 meter long shielded cable with metal reinforcement to achieve a very high chemical and mechanical resistance in order to distribute the high voltage inside the electrospinning chamber even if the cable is laid without special conduits.

MODEL CODE — HVG-CONT-LCD

This is the control unit of the Linari high voltage generators, and the part that carries the visible nameplate in your laboratory. Its model code is HVG-CONT-LCD (HV Generator - CONTrol unit - LCD), which is why it is the code most frequently quoted in published papers.

The unit drives a 40 kV or 60 kV generator and is included in our complete stations, such as the Electrospinning Starter Kit (STKIT-40 / STKIT-60). If you are writing the Materials and Methods section of a paper, the correct attribution is:

The electric field was generated by a high voltage power supply (HVG-CONT-LCD, Linari Engineering S.r.l., Pisa, Italy), operated at XX kV.

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

GENERAL INFORMATION

  • Width: 50 cm.
  • Depth: 25 cm.
  • Height: 50 cm.
  • High voltage capable length (with metallic shield): 3 m.

HIGH VOLTAGE GENERATOR

HV GENERATOR 40 KV

  • Output voltage range: 0...40 kV.
  • Maximum current rate: 0.375 mA.
  • Voltage precision: 0.1 kV.

HV GENERATOR 60 KV

  • Output voltage range: 0...60 kV.
  • Maximum current rate: 1 mA.
  • Voltage precision: 0.1 kV.

INTERFACE

Ethernet interface: 10 / 100 Mbps.

SAFETY

  • Magnetic safety switch as interlock: Yes.
  • Emergency push button: Yes.
  • Manual reset after blackout: Yes.
  • High voltage ON - red light: Yes.
  • Safety interlock not ready: Yes.
  • Power supply ON: Yes.
  • Ground distribution bar (copper with n.10 M5 holes): Yes.
  • Grounding dielectric bar (1 m fiber glass with metallic spheric tip): Yes.

OPTIONAL

High Voltage Generator & WEB Interface system can be equipped, as an option, with a second high voltage generator, with direct (+) or inverse (-) polarity capable of reaching voltages of 40 kV or 60 kV as needed.

Frequently asked questions

What is the model code of this unit?

HVG-CONT-LCD. It identifies the control unit with LCD display and web interface that drives the 40 kV or 60 kV high voltage generator, and it is the code to quote when citing the equipment in a publication.

What is the difference from the analog high voltage generator?

The analog generator is the sealed high voltage module alone and cannot be used on its own: it must be driven by a control panel. This product is the complete solution - generator plus HVG-CONT-LCD control unit with display, web interface and full safety chain.

Can I control it remotely?

Yes. Besides the 3" colour LCD touch screen, the unit exposes a web interface over the standard 10/100 Mbps Ethernet port, accessible from any browser.

Can I use two generators at the same time?

Yes. As an option the system can host a second high voltage generator with direct (+) or inverse (-) polarity, at 40 kV or 60 kV, to build more sophisticated electric field configurations or to reduce the absolute voltage on each side.

How is operator safety guaranteed?

Through a redundant chain: magnetic interlock switch at the chamber entrance, emergency push button, manual reset after a blackout, high voltage ON indicator, ground distribution bar and a dielectric grounding bar for discharging the setup before handling it.

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Published research using the High Voltage Generator

The Linari High Voltage Generator is cited by name in 25 peer-reviewed publications indexed in Europe PMC between 2018 and 2026, in journals including ACS Applied Materials & Interfaces, Macromolecular Bioscience and ACS Applied Polymer Materials. Our high voltage units are quoted in the literature under the model codes HVG-CONT-LCD, HVG-P60-R-EU and QCHV-M40, since the control unit is the part carrying the visible nameplate in the laboratory. The application areas below are taken from the Methods sections of those papers, where the equipment is identified explicitly.

Antibacterial and antimicrobial materials

The High Voltage Generator has been used in 5 published studies on fibres carrying silver, copper, essential oils or antibiotics.

Sensors and flexible electronics

The High Voltage Generator has been used in 5 published studies on piezoelectric, strain, vibration and optical sensing elements.

Energy: fuel cells, batteries and electrolysis

The High Voltage Generator has been used in 5 published studies on reinforced ionomer membranes, separators and electrode materials.

Tissue engineering and regenerative medicine

The High Voltage Generator has been used in 4 published studies on scaffolds for tendon, bone, nerve, cardiac and soft tissue regeneration.

Wound healing and dressings

The High Voltage Generator has been used in 4 published studies on fibrous dressings for chronic, traumatic and burn wounds.

Sustainable and bio-based materials

The High Voltage Generator has been used in 3 published studies on green solvents, biopolymers and valorisation of agri-food waste.

Medical device coatings

The High Voltage Generator has been used in 3 published studies on nanofibrous coatings applied to implants, meshes and consumables.

Electrospinning process control

The High Voltage Generator has been used in 3 published studies on the process itself as the object of investigation.

Controlled drug delivery

The High Voltage Generator has been used in 2 published studies on fibres engineered to release an active compound at a defined rate or site.

In vitro disease models

The High Voltage Generator has been used in 1 published study on three-dimensional culture platforms replacing flat culture and animal testing.

Diagnostics and point-of-care

The High Voltage Generator has been used in 1 published study on fibres as sampling or sensing substrates for clinical analysis.

Biotechnology and live cells

The High Voltage Generator has been used in 1 published study on encapsulation of viable microorganisms.

Browse all publications citing Linari Nanotech equipment