What is Elveflow and what does it offer?

Updated

Elveflow is a microfluidic instrumentation supplier that positions itself as a world-leading provider of microfluidic instruments. It offers a complete range of instruments — flow control systems, measurement and detection devices, accessories, microfabrication stations, and application packs — plus expert services and resources for precise microfluidic control. If you need pressure- or flow-based control for microfluidic experiments, Elveflow is a relevant vendor to evaluate; if you only need general lab equipment, its catalog is more specialized than you likely need.

What Elveflow provides

Elveflow describes itself as offering "world-leading microfluidic instrumentation" and a "complete Instrument range." Its catalog is organized into three main instrument categories:

  • Flow control systems — including the OB1 flow controller, MUX distribution valve, and MUX recirculation valve.
  • Measurement & detection — including BFS premium flow sensors and MFS standard flow sensors.
  • Accessories — supporting components for microfluidic setups.

Beyond instruments, Elveflow also lists microfabrication stations, application packs, expert services, and resources for precise microfluidic control.

Application areas

Elveflow organizes its expertise around several domains, each with a stated focus:

Domain Stated focus
Microfluidics Fluidic challenges and designing appropriate systems
Chemistry Systems for demanding chemistry applications
Biology Organ-on-a-chip, dynamic cell perfusion, cell/tissue encapsulation
Physics Physical challenges in and around microfluidics and pressure control
Nanotechnologies Nano- and microtechnologies

This range means the instruments are positioned for both life-science and physical-science microfluidic work, not a single niche.

How it is used in practice

User testimonials on the site describe concrete use patterns:

  • The OB1 flow controller is used for precise pressure and flow control and measurement across projects from tissue engineering to membrane filtration analysis (Arne Lüken, RWTH Aachen).
  • Elveflow systems are described as precise, controlled, and adaptive to many samples under adverse conditions, including use at a synchrotron X-ray source (Pushparani Micheal Raj, Max Planck Institute of Quantum Optics / MAX IV Laboratory).
  • After an easy installation, the OB1 and flow sensors are used routinely, with satisfaction reported for both flow stability and the software interface (Nelson BC Serre & Matyáš Fendrych, Charles University).
  • A LabVIEW implementation was reported as successful (Seongjin Park, Illumina).
  • One user notes owning an OB1 for about a decade that "is still going strong" and is requesting a quote for another (Dr. David Tadres, UC Santa Barbara).

These accounts point to two practical considerations: software integration (LabVIEW) and long service life.

Pricing and next steps

The site references a "premium" tier and an upgrade path for existing instruments (see the "Upgrade your Elveflow instrument" page). No public price list or payment details appear in the available material, so costs are quote-based — you would need to contact the company for pricing.

If you want to move forward, the site offers two direct routes: "Talk to an expert" for consultation, and "See our instruments" to browse the catalog. For a specific need, start by identifying whether your application is flow control, measurement/detection, or accessories, then request a quote for the matching instrument.