Velara Labs · device architecture
Dual-chamber technology
Separated until activation. Designed for stability.
A clear device architecture designed to keep liquid and lyophilized components separated until preparation according to the product’s intended process.
Five-step architecture
A considered preparation concept.
The following sequence explains the intended device concept shown in the official cutaway. It is not a dosing or use instruction.
Step 01
Liquid chamber
Liquid component held in the upper chamber.
Step 02
Separation
A movable stopper separates the two components.
Step 03
Activation
Activation brings the separated components together according to the intended preparation process.
Step 04
Mixing
The architecture supports an on-demand mixing concept.
Step 05
Ready for research
Completed pen architecture in a precision research format.
Interactive pen mechanism
Inspect the device architecture.
Select any labeled component to reveal a concise explanation grounded in the supplied mechanism diagram.
LOOPING MECHANISM VISUAL
Watch the transfer pathway.
A continuous technical loop illustrating chamber separation, controlled transfer and the prepared research state. Architectural overview only; not a dosing or use instruction.
CONTINUOUS LOOP
DEVICE PROCESS OVERVIEW
How the mechanism progresses.
A three-part reference to the dual-chamber architecture shown above.
STEP 01
Separated by design
The liquid and lyophilized chambers remain isolated before the intended activation process.
STEP 02
Controlled transfer
As the internal stopper advances, liquid follows the internal bypass pathway toward the second chamber.
STEP 03
Prepared research state
The architecture is designed to support on-demand combination within the specified research workflow.
ARCHITECTURE ONLY
This visual describes device architecture for research context. Consult the applicable product documentation for any approved process.