




Finally,
Direct alpha measurement for radiopharma QC
Finally,
Direct alpha measurement
for radiopharma QC
Finally,
Direct alpha measurement for radiopharma QC
Finally,
Direct alpha measurement for radiopharma QC
Unlock the full potential of targeted alpha therapies.
Lyla reveals every detail of your radiopharmaceutical through direct alpha measurement — ensuring nothing goes unnoticed.
Unlock the full potential of targeted alpha therapies.
Lyla reveals every detail of your radiopharmaceutical through direct alpha measurement — ensuring nothing goes unnoticed.
Successful product launch at EANM '25
We launched our product and had an incredible week connecting with radiopharma professionals from all over the world.
✨ In case you missed us, reach out to learn more about our early access program.
🎟️ Early access starting 2026
Let's talk


THE CURRENT QC GAP
The alpha payload has remained unseen
Alpha therapies are advancing fast, but QC methods still rely on gamma measurement to infer the alpha payload — the true source of therapeutic effect. That payload has stayed invisible.
That’s why we built Lyla: to make the alpha payload visible and give radiopharma teams the safety, accuracy, and reliability they need.
Alpha therapies are advancing fast, but QC methods still rely on gamma measurement to infer the alpha payload — the true source of therapeutic effect. That payload has stayed invisible.
That’s why we built Lyla: to make the alpha payload visible and give radiopharma teams the safety, accuracy, and reliability they need.
🔍 Blind spot
Inference leaves uncertainty around the safety and efficacy of the therapeutic payload
🔍 Blind spot
Inference leaves uncertainty around the safety and efficacy of the therapeutic payload
⏱️ Delayed confidence
Unseen payload slows down reliable QC release
⏱️ Delayed confidence
Unseen payload slows down reliable QC release
RADIOPHARMA QC 2.0
Lyla One
Lyla One
Lyla One
Lyla One
Lyla One
TLC scanner and QC device designed for alpha therapies: compact, safe, digital, and ready for your lab.


📡 Direct digital alpha measurement — identifies alpha-emitting radionuclides with precision
📡 Direct digital alpha measurement — identifies alpha-emitting radionuclides with precision
📡 Direct digital alpha measurement — identifies alpha-emitting radionuclides with precision
🧪 Sealed, standardized cartridge — consistent handling, improved safety
🧪 Sealed, standardized cartridge — consistent handling, improved safety
🧪 Sealed, standardized cartridge — consistent handling, improved safety
⏱️ Near real-time results — outputs in minutes, not hours
⏱️ Near real-time results — outputs in minutes, not hours
⏱️ Near real-time results — outputs in minutes, not hours
📏 Compact footprint — Space-saving design saves valuable lab space
📏 Compact footprint — Space-saving design saves valuable lab space
📏 Compact footprint — Space-saving design saves valuable lab space
💻 Integrated QC software — Provides clear, reproducible reports
💻 Integrated QC software — Provides clear, reproducible reports
💻 Integrated QC software — Provides clear, reproducible reports
🏥 Lab-ready — designed for both developers and hospital pharmacies
🏥 Lab-ready — designed for both developers and hospital pharmacies
🏥 Lab-ready — designed for both developers and hospital pharmacies
Direct alpha measurement with
safe, automated handling
Direct alpha measurement with
safe, automated handling
Lyla One combines dedicated hardware, integrated software, and a sealed cartridge system to deliver direct digital measurements of alpha-emitting radionuclides. The sealed cartridge ensures safe, standardized sample handling, and the automated measurement cycle requires no further intervention.
Results are processed by Lyla’s intuitive QC software, providing clear, reproducible outputs in near real-time. Designed to fit seamlessly into existing TLC workflows, Lyla One offers a compact footprint while supporting GMP-aligned QC procedures.
Lyla One combines dedicated hardware, integrated software, and a sealed cartridge system to deliver direct digital measurements of alpha-emitting radionuclides. The sealed cartridge ensures safe, standardized sample handling, and the automated measurement cycle requires no further intervention.
Results are processed by Lyla’s intuitive QC software, providing clear, reproducible outputs in near real-time. Designed to fit seamlessly into existing TLC workflows, Lyla One offers a compact footprint while supporting GMP-aligned QC procedures.
We are Lyla
Our team brings together deep expertise in hardware, software, and physics. Rooted in university research and guided by experts in radiochemistry and radiation safety, we develop QC technology that turns complex scientific principles into practical, clinically relevant solutions.
Lyla’s tools give professionals confidence to make evidence-driven QC decisions, ensuring every alpha-emitting radionuclide is accurately measured and accounted for. By bridging cutting-edge research with routine lab workflows, we enable safer, more reliable, and more effective targeted alpha therapies.
Follow our LinkedIn for our latest updates.
Our team brings together deep expertise in hardware, software, and physics. Rooted in university research and guided by experts in radiochemistry and radiation safety, we develop QC technology that turns complex scientific principles into practical, clinically relevant solutions.
Lyla’s tools give professionals confidence to make evidence-driven QC decisions, ensuring every alpha-emitting radionuclide is accurately measured and accounted for. By bridging cutting-edge research with routine lab workflows, we enable safer, more reliable, and more effective targeted alpha therapies.
Follow our LinkedIn for our latest updates.

Ernst van der Wal
Founder | Hardware

Ernst van der Wal
Founder | Hardware

Ernst van der Wal
Founder | Hardware

Ernst van der Wal
Founder | Hardware

Ernst van der Wal
Founder | Hardware

Kas Hogeboom
Founder | Business

Kas Hogeboom
Founder | Business

Kas Hogeboom
Founder | Business

Kas Hogeboom
Founder | Business

Kas Hogeboom
Founder | Business

Bauke van Gameren
Founder | Software

Bauke van Gameren
Founder | Software

Bauke van Gameren
Founder | Software

Bauke van Gameren
Founder | Software

Bauke van Gameren
Founder | Software

Marjolein van Braak
Engineer | Physics

Marjolein van Braak
Engineer | Physics

Marjolein van Braak
Engineer | Physics

Marjolein van Braak
Engineer | Physics

Marjolein van Braak
Engineer | Physics

Nicolas Hornea
Engineer | Software

Nicolas Hornea
Engineer | Software

Nicolas Hornea
Engineer | Software

Nicolas Hornea
Engineer | Software

Nicolas Hornea
Engineer | Software

Jaemy Westgeest
Engineer | Hardware

Jaemy Westgeest
Engineer | Hardware

Jaemy Westgeest
Engineer | Hardware

Jaemy Westgeest
Engineer | Hardware

Jaemy Westgeest
Engineer | Hardware

Erik de Blois
Clinical advisor

Erik de Blois
Clinical advisor

Erik de Blois
Clinical advisor

Erik de Blois
Clinical advisor

Erik de Blois
Clinical advisor

Jeroen Plomp
Technical advisor

Jeroen Plomp
Technical advisor

Jeroen Plomp
Technical advisor

Jeroen Plomp
Technical advisor

Jeroen Plomp
Technical advisor

Antonia Denkova
Nuclear advisor

Antonia Denkova
Nuclear advisor

Antonia Denkova
Nuclear advisor

Antonia Denkova
Nuclear advisor

Antonia Denkova
Nuclear advisor
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