PipetteSim™: VR pipette training for accurate micropipette technique

A virtual reality training simulator that lets students and researchers practise micropipette technique independently — before they ever touch real equipment.

PipetteSim VR environment — student practising pipetting technique

Key points

  • PipetteSim™ is a standalone VR application for Meta Quest headsets that simulates real micropipette technique in a photorealistic laboratory environment.
  • It is designed for use in universities, colleges, and research institutes to provide students with independent, repeatable pipetting practice before they enter a real lab.
  • The simulator covers single and multi-channel pipettes, serial dilutions, and common lab protocols, with real-time feedback on technique at every step.
  • Automated performance tracking logs accuracy and technique per student — giving instructors data-driven insight into who is ready for the real bench.
  • Because it runs on a standalone headset, PipetteSim™ can be used in libraries, common rooms, or at home — not just in the lab.
  • It was developed in partnership with Ewha Womans University and has been adopted across their life sciences curriculum for undergraduate cohorts.

The costs of pipetting mistakes may be larger than you realise

Pipetting errors are one of the most common sources of experimental variability in life science research. They are also largely preventable with proper training — yet most students receive limited hands-on instruction before their first practical session.

~35%

of experimental errors

Attributed to pipetting technique issues in published reproducibility studies

Hours lost

per error

A single pipetting mistake in a 96-well assay can invalidate hours of downstream work

High cost

of reagents

Specialist reagents used during student practicals are expensive — mistakes have direct financial impact

Repeated runs

add up fast

Each repeat practical costs additional supervisor time, consumables, and lab booking resource

Better pre-lab preparation directly reduces these costs. PipetteSim™ gives students the reps they need — privately, at their own pace, without using a single disposable tip or microlitre of reagent.

A cost-saving alternative: virtual reality pipette training

  • No consumables — zero tips, reagents, or plates used per session
  • No supervisor required — students practise independently at any time
  • Unlimited repetitions — practise one step or an entire protocol as many times as needed
  • Immediate feedback — errors are flagged the moment they happen, reinforcing correct habit formation
  • Consistent instruction — every student receives the same quality of guidance, regardless of class size
  • Objective data — instructors receive per-student performance reports, not anecdotal assessments
Student practising pipette technique in VR

PipetteSim™ running on Meta Quest 3

PipetteSim™ features

PipetteSim VR — tip attachment and volume selection on a virtual micropipette

Realistic pipette mechanics

Accurate simulation of single and multi-channel micropipette operation — volume selection, tip attachment, aspiration and dispensing — with real-time technique feedback.

Step-by-step guided training sequence in the PipetteSim virtual lab

Guided training modules

Step-by-step instruction sequences covering serial dilution, cell culture plate preparation, and standard lab protocols, with audio and visual prompts.

PipetteSim performance scoring screen showing accuracy and technique results

Performance assessment

Automated scoring of accuracy, technique, and speed. Results are logged per student, enabling instructors to identify who needs more practice before the real lab session.

PipetteSim running on a standalone Meta Quest headset — no PC required

Standalone Meta Quest

No PC, no cables, no internet required. Each headset runs the full application independently — ideal for library lending programmes or pre-lab self-study.

Why VR works for pipette training

Traditional training

  • Limited lab time shared across large cohorts
  • Consumable cost per student per session
  • Supervisor required at all times
  • Errors often go unnoticed until results fail
  • No standardised performance measurement
  • Practice only during scheduled sessions

PipetteSim™ VR training

  • Unlimited sessions with no time or space constraints
  • Zero consumable cost after initial hardware investment
  • Fully autonomous — no staff time required
  • Instant, specific feedback on every error
  • Automated performance reports per student
  • Available 24/7 — library, home, or common room

Who PipetteSim™ is for

PipetteSim™ has been designed for any organisation that trains people to use micropipettes.

Undergraduate life science students

Build foundational technique before their first practical, reducing anxiety and improving first-session performance.

Postgraduate & PhD researchers

Refresher training for those returning to bench work after fieldwork or desk-based periods.

Lab technicians & new staff

Standardised onboarding that ensures every new team member meets the same baseline before working with real samples.

Secondary school students

Introduce future scientists to lab technique before they ever enter a real lab environment.

Clinical & industrial labs

QA-aligned training for regulated environments where documented evidence of competency is required.

Remote & distance learners

Students who cannot access campus facilities can still develop and practise practical skills independently.

A smarter way to build pipetting skills

PipetteSim™ gives students the structured repetition they need to build genuine pipetting confidence — privately, at their own pace, without the pressure of a live lab environment or the cost of wasted consumables.

The result is a cohort that arrives at their first bench session better prepared, more confident, and ready to focus on science — not technique.

Get started

Want to see how PipetteSim™ fits your lab or course?

We'd be happy to walk you through the platform, discuss licensing options, or explore a custom build tailored to your protocols.

Contact Us