Precision Laser Marking at Your Fingertips
Expert Automation Solutions for Vial Handling, Etching, and Marking in Pharmaceutical LaboratoriesLabman expertise
Enabling your workflow
Bring the precision, speed and safety of automated vial marking to your laboratory.Laser MarkingLaser etching systems can deliver permanent, legible markings on both plastic and glass vials, maintaining vial integrity.
Vial Handling IntegrationAccurate vial orientation, positioning, and surface recognition are vital in automated marking systems.
MultiVial SystemLabman’s MultiVial system is built for lab flexibility, seamlessly integrating into broader pharmaceutical workflows.
Traceability ControlLabman systems can incorporate real-time validation of each laser mark, ensuring traceability down to the individual vial.
Adaptability Labman’s systems are tuned to accommodate the thermal properties and optical characteristics of both plastic and glass vials
Lab Automation IntegrationLabman’s platforms can be integrated with upstream sample preparation systems and downstream analytical or packaging solutions.
Key services
Lab technology that suits everyone
Labman has developed deep expertise in precision vial marking systems for the pharmaceutical industry. From glass to plastic vials, our automated platforms support consistent, high-accuracy laser marking, improving traceability and reducing manual intervention in demanding lab environments. Whether handling a wide range of vial types or integrating pad detection and weighing systems, Labman's solutions are rooted in technical knowledge and practical innovation.Custom projectsLabman are experts at creating technologies for your lab that work exactly as you need them to, with no compromises.
ProductsBrowse our ever-growing catalogue of off-the-shelf products transforming the lab processes you use everyday - explore now.
Process skidsWorking in GMP? Need manufacturing scale? Our experienced team creates skid technology that fits your workflow.
SoftwareFDA-compliant software, custom web apps, full LIMS integration - our software team works at all scales.
We take our role seriously
The technologies we develop enable some of the world's leading scientists, often in endeavours that are at the cutting edge of some of the most vital fields. We pride ourselves on being able to product high quality, robust technologies that meet the standards expected by even the most demanding industries.Our projects and working practices are covered by our comprehensive quality management system and dedicated team. We're also fully compliant with both ISO9001 and ISO13485, so you can rest assured that your project is in good hands.
Learn morePrevious projects
Explore our portfolioExplore automated vial marking projects
We’ve produced 100s of unique pieces of revolutionary technologies for laboratories worldwide. Each of these harnesses Labman’s unique ability to design for a specific workflow and to integrate tools that customer’s know well in an automated way.STMS
Mixture Compatibility SystemA simple to operate system for testing the compatibility of different chemical mixtures.
SIZE
Malvern 3000 particle sizing systemMeasures suspended particle size of liquid samples using an integrated Malvern 3000 Mastersizer.
HELI
Helipath viscometry systemThe Helipath Viscometry System is an automated system used to measure the viscosity of samples, using Brookfield viscometers.
NVED
Image analysis, database & labelling systemA system to image, analyse, data manage and label life science samples in a cleanroom environment
NOVR
PCR tube reformatterA high throughput system for reformatting PCR tubes from standard well plates to custom 16 and 32 position magazines.
NRM24M
Liquid dispense systemAn intuitive system for dispensing a measured volume of liquid into bottles, designed to minimise the need for user interaction.
ROVW
Vial weighing and reformatting systemA stand-alone system which automates tare weighing, gross weighing and reformatting vials.
FLIP
Vial imaging systemA benchtop vial imaging system which uses a line scan camera to image the inside of a vial as it rotates. Requires minimal user interaction.