Asiga Cure: Build the Post-Processing Protocol Before Printing
Asiga Cure supports programmed material workflows and an integrated post-processing path. The resin manufacturer's current instructions still control the required wash, dry, support removal, cure profile, chamber loading, temperature, atmosphere, and final handling.
Start with the resin IFU
Record resin, shade, printer, profile, layer thickness, wash solution, wash stages, dry time, cure unit, program, loading, temperature, nitrogen where required, and finishing sequence.
Do not combine instructions from different resin versions or shades without confirmation. If the manufacturer changes a workflow, document the effective date and revalidation decision.
Loading changes the process
Part spacing, orientation, chamber capacity, and optical access can affect curing. Follow the supported loading method instead of filling every empty space.
Separate incompatible materials and keep uncured or partially processed parts clearly identified. A tray of mixed anonymous parts is a traceability failure even when every part eventually receives light.
Program names need version control
A programmed profile reduces manual entry but does not remove responsibility. Record the profile name and software version used for each material family, and restrict changes to trained owners.
After service, software updates, new materials, or workflow changes, run the defined verification before returning to production.
Release after inspection
Define visual, dimensional, surface, cleaning, and documentation checks by indication. Quarantine parts when the cycle is interrupted, the wrong program is selected, or traceability is incomplete.
The cure unit belongs in the capacity plan with the printer. Dentcore can help configure the equipment; the validated material instructions and laboratory quality system govern release.
Dose control is different from a timer
Asiga Cure uses internal light sensors to measure delivered dose, with vacuum, ultraviolet LEDs, and infrared heating as controllable process variables. The unit can heat to 80 degrees Celsius and can accept an external inert gas when a validated material workflow requires it. These capabilities are useful only when the selected profile matches the exact resin, shade, indication, and current instructions for use.
Record both the named profile and the conditions that make it valid. If a profile is edited, the change needs an owner, reason, effective date, and verification result. A technician should never choose a setting because its name looks close to the material bottle.
Choose chamber size around the real load
The Cure 1.5 chamber is published at 143 x 199 x 60 mm; the Cure 2.5 keeps the same footprint in X and Y with a 115 mm chamber height. The larger chamber does not remove loading rules. Optical access, spacing, orientation, temperature, vacuum, and gas requirements still come from the validated workflow.
Test the largest routine load and the smallest routine load. Confirm that both receive the required process and that staff can identify which parts belong to each cycle. If the print queue regularly produces more parts than one validated load can accept, cure capacity must be scheduled or expanded before adding printer capacity.
Release evidence belongs with the part
The cure record should identify material, lot where required, printer and profile, wash completion, dry status, cure unit, cure profile version, cycle result, operator, and exceptions. Interrupted cycles, wrong programs, or incomplete traceability should automatically place the parts on hold.
A consistent post-cure appearance is not enough evidence for every clinical indication. Final release follows the resin manufacturer's current workflow and the laboratory's quality system. Dentcore can help configure the equipment and locate supported profiles; the documented material process controls production.