Print it once. Let it perform over time.
This is not a passive plastic.
Timeplast’s Controlled-Release Filament is engineered to slowly release preserved active molecules after printing. Instead of creating static parts, you can now produce structures that continue to interact with their environment long after fabrication.
Gradually releases embedded active compounds
Preserves sensitive molecules during printing
Maintains structural integrity while enabling time-based performance
Turns printed parts into functional systems
Your printer doesn’t need to change.
Your material does.
With this filament, your existing machine can create:
Agricultural support systems
Environmental or remediation components
Smart material prototypes
Performance-driven functional designs
A printed object is no longer the end product.
It becomes the start of a process.
Developed using Timeplast’s patented polymer systems, this material protects active ingredients during extrusion and enables controlled release afterward—bringing programmable behavior into everyday additive manufacturing.
Print it once. Let it perform over time.
This is not a passive plastic.
Timeplast’s Controlled-Release Filament is engineered to slowly release preserved active molecules after printing. Instead of creating static parts, you can now produce structures that continue to interact with their environment long after fabrication.
Gradually releases embedded active compounds
Preserves sensitive molecules during printing
Maintains structural integrity while enabling time-based performance
Turns printed parts into functional systems
Your printer doesn’t need to change.
Your material does.
With this filament, your existing machine can create:
Agricultural support systems
Environmental or remediation components
Smart material prototypes
Performance-driven functional designs
A printed object is no longer the end product.
It becomes the start of a process.
Developed using Timeplast’s patented polymer systems, this material protects active ingredients during extrusion and enables controlled release afterward—bringing programmable behavior into everyday additive manufacturing.