SFBIO’s Chemist Lab Software #2

Inside Silicon Valley laboratories, the difference between good software and bad software is not convenience.

It is performance.

When chemists operate advanced laboratory equipment, every interaction matters. Delays create friction. Confusing workflows interrupt concentration. Poor interfaces slow experimentation and increase operational risk.

That was the environment surrounding this project for SFBIO.

The objective was ambitious:

Create a highly specialized laboratory software experience capable of handling complex chemical research workflows while remaining intuitive, visually refined, and deeply integrated with laboratory hardware systems.

The platform would operate on a 24-inch touchscreen environment and needed to balance scientific precision with exceptional usability.

The challenge

Most laboratory software is built around technical capability first and user experience second.

As a result, many systems become operationally powerful but frustrating to use.

This project demanded something far more advanced.

The software needed to support:

• Diverse experiment configurations
• Complex laboratory workflows
• Hardware communication
• Precision-sensitive interaction
• High usability under pressure
• Touch-first operation
• Deep customization capabilities

And unlike traditional enterprise software, the experience also needed to feel visually modern and genuinely enjoyable to interact with.

The challenge pushed far beyond standard UX/UI frameworks.

Designing for adaptability

Chemical research environments rarely follow identical workflows.

Different experiments require different operational setups, controls, and interaction patterns.

Xfiner designed the interface around adaptability, allowing chemists to configure workflows according to the specific demands of each experiment rather than forcing rigid software behavior onto highly specialized scientific processes.

This flexibility helped improve:

• Workflow efficiency
• Research precision
• Operational clarity
• Experiment management
• Day-to-day usability

The system adapted to the scientists rather than forcing scientists to adapt to the software.

Integrating software directly with laboratory hardware

The interface was not simply informational.

It functioned as an operational control layer for connected laboratory hardware.

Every tap, swipe, and touch interaction needed to translate reliably into precise physical behavior within the lab environment itself.

This required extremely careful UX planning around:

• Touch interaction behavior
• Response clarity
• Hardware feedback loops
• Workflow sequencing
• Precision control systems

The result was a highly connected digital interface where software and laboratory hardware operated as one coordinated environment.

Bringing neomorphic design into scientific software

The project also introduced a strong visual identity built around neomorphic design principles.

This approach used:

• Soft shadows
• Tactile visual depth
• Semi-flat surfaces
• Gentle visual layering
• Modern interface textures

The objective was not purely aesthetic.

The neomorphic approach helped create interfaces that felt calmer, clearer, and more tactile inside high-focus laboratory environments.

This reduced visual harshness while making complex workflows feel more approachable and easier to navigate.

Designing software people enjoy using

Scientific software rarely receives praise for emotional experience.

This project challenged that assumption directly.

The interface was intentionally designed to feel:

• Clean
• Modern
• Engaging
• Natural to interact with
• Visually refined
• Less intimidating for new users

The goal was not only operational efficiency, but a genuinely better daily experience for the chemists using the system continuously.

The outcome

The completed platform became an integral operational tool within the laboratory environment at SFBIO.

The software helped make highly specialized workflows more manageable while improving interaction between chemists and laboratory hardware systems.

Most importantly, the project demonstrated how thoughtful UX/UI design can improve even the most technically demanding scientific environments when usability, adaptability, and functionality are treated equally seriously.

Where design meets scientific precision

For Xfiner, the project became another strong example of how design thinking extends far beyond consumer applications and marketing websites.

Some of the most difficult and meaningful UX challenges exist inside industries where software directly influences precision, research quality, and operational performance.

This collaboration with SFBIO showed what becomes possible when scientists and designers work closely together toward the same goal:

Making complexity feel usable.

Services involved

• UX/UI Design
• Laboratory Software Design
• Touch Interface Design
• Hardware Interface Design
• Operational Interface Design
• Internal Tools
• Automation

Related links

For related context, see Talk to us, European Design Award Silver, AI-powered internal tools and automation, contact us, ICP-led web design, Xfiner showcase, showcase ux ui design, and Xfiner.