In life sciences the interface carries evidence. A result, its method, its confidence interval, and the audit trail behind it all have to travel together — because the person reading the screen may have to defend that number to a regulator or a patient.
Halo Lab designs biotech and life sciences products on that basis — laboratory and sample workflows, research and analysis dashboards, clinical and trial data, and reporting. Provenance stays visible on every screen, and the system is handed to your engineers annotated.




3 main challenges holding back your growth

Outgrown identity
Your company has grown, but the brand no longer reflects scale or direction.

Outgrown identity
Your company has grown, but the brand no longer reflects scale or direction.

Outgrown identity
Your company has grown, but the brand no longer reflects scale or direction.

Data without provenance
A number appears on screen with no method or confidence interval attached.

Lab workflows fragmented
Samples, results, and reports each live in a separate legacy interface.

Research tools ignored
Scientists export everything to a spreadsheet rather than trust the platform.
What we deliver
BioTech & life sciences UX/UI design from
sample to published result
Laboratory & Sample Workflows
Intake, tracking, results, and reporting designed as one path instead of four systems.
Research & Analysis Dashboards
Datasets, cohorts, and comparisons designed so scientists stop exporting to spreadsheets.
Clinical & Trial Data Interfaces
Protocol, participant, and endpoint views designed for accuracy under audit conditions.
Diagnostic & Results Reporting
Results presented with method, range, and confidence visible next to every value.
Instrument & Device Interfaces
Screens for benchtop and connected instruments designed for gloved, hurried use.
Regulatory & Audit Trails
Version history, sign-off, and traceability designed to be readable during inspection.
Scientific Data Visualisation
Complex biological and chemical data visualised without flattening what it means.
Design System & Handoff
A life sciences component library and annotated Figma handoff — ready for development to begin.
How we work
Our process for your
biotech & life sciences UX/UI design

Role & Workflow Mapping
We map every role the product serves — scientist, lab technician, clinician, reviewer — and the decision each one signs off on.
3–5 Days Workflow map
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Information Architecture
We structure samples, datasets, and results so provenance travels with every value on screen.
3–5 Days IA structure
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Wireframes
We wireframe the critical flows — intake, analysis, review, and reporting — and validate them with real domain users.
3–5 Days Wireframes
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UI Design & Design System
We design every key screen and state, including dense scientific data views, building the component library alongside.
1–3 Weeks UI designs

Engineering Handoff
Annotated Figma files, interaction specs, and component documentation — your team builds without ambiguity.
2–3 Days Handoff
Industries we serve
UX/UI design for
diverse industries

Healthcare
UX/UI design for hospitals, clinics, and health systems.

Financial Services
UX/UI design for banks, insurance firms, and financial platforms.

Logistics
UX/UI design for logistics, transport, and supply chain companies.

Real Estate
UX/UI design for property developers, agents, and management firms.

Education
UX/UI design for schools, universities, and e-learning platforms.

Web3 & Blockchain
UX/UI design for Web3 startups and blockchain-based products.

Wellness/Fitness
UX/UI design for wellness brands, gyms, and fitness studios.

Information Technology
UX/UI design for tech companies, software products, and platforms.
6 reasons why clients
choose Halo Lab
Team with industry depth
120+ experts and 500+ projects provide insights into solutions that fit the market.
Strategy before design
Projects start with research, positioning, and clear goals for data-driven decisions.
Custom-only approach
No templates or generic patterns — only custom design shaped for your objectives.
Expertise for complex needs
We turn complex ideas into clear, scalable designs for SaaS, B2B, and tech companies.
Clear, collaborative process
Structured communication and transparent workflows keep you aligned at every step.
Flexible value for any budget
Clear pricing and adaptable scopes help you stay on budget and ensure top quality.
100+ verified
love letters
12 years
We’ve built one of the most trusted agencies
150+
Specialists in design, engineering & product management
78%
Returning clients in Europe & North America

FAQ
Why invest in branding services?
When your branding and positioning are clear, your business shapes perception, builds trust, and drives growth. That said, a strong identity creates an emotional connection with the audience, making you memorable, recognizable, and impossible to ignore.
But without this, the opposite happens. So, no matter your needs, be it launching a new business or refreshing an existing one, investing in branding services ensures you stand out in a crowded market and attract the right audience.
Why invest in branding services?
When your branding and positioning are clear, your business shapes perception, builds trust, and drives growth. That said, a strong identity creates an emotional connection with the audience, making you memorable, recognizable, and impossible to ignore.
But without this, the opposite happens. So, no matter your needs, be it launching a new business or refreshing an existing one, investing in branding services ensures you stand out in a crowded market and attract the right audience.
What does biotech and life sciences UX/UI design include?
Role and workflow mapping, laboratory and sample workflows, research and analysis dashboards, clinical and trial data interfaces, diagnostic reporting, instrument screens, regulatory audit trails, data visualisation, and an engineering handoff.
Do you design laboratory information systems?
Yes. Sample intake, tracking, result entry, review, and reporting are designed as one continuous workflow rather than the four disconnected legacy screens most labs currently work around.
How do you handle scientific data density?
Density is expected here. The work is making provenance travel with the value — method, range, confidence, and version visible next to every number, so nobody has to trace it manually.
Do you design for regulated environments?
Yes. Version history, electronic sign-off, and traceability are designed to be readable during inspection, so an audit does not require someone reconstructing decisions from memory.
Can you design research and analysis dashboards?
Yes. Cohorts, datasets, and comparisons are designed so scientists can answer a question inside the platform — which is the only thing that stops them exporting everything to a spreadsheet.
How long does a life sciences UX design engagement take?
Most engagements run 6 to 12 weeks from workflow mapping to engineering handoff, depending on how many workflows are in scope, regulatory requirements, and whether a design system is included.
Do you design instrument and device interfaces?
Yes. Benchtop and connected instrument screens are designed for gloved hands, short interactions, and environments where the user cannot stop to read a paragraph of guidance.
Can you redesign an existing life sciences platform?
Yes. Redesigns are common. We audit the current product against task completion, export behaviour, and review turnaround, then set measurable goals before any visual work begins.
Can you also develop the life sciences product?
Yes. Web development is available after the design engagement, so the component architecture in Figma maps directly to the production build with no reinterpretation.



















