Heat & chemistry
Identify peak conditions, dwell times, concentrations and repeated cycles.
Durability
The identifier has to
outlive the process.
An item can move through years of handling, processing and service. Its physical identity needs to remain readable at the checkpoints that matter.
The complete construction
Silicon is the starting point.
The assembly is the test.
The identifier, attachment and host material operate together. A successful chip read in one test does not establish that every tagged item will perform in the same conditions.
Define the temperatures, chemicals, mechanical loads and duration of exposure. Then evaluate the complete construction and the reader at the actual checkpoint.
Explore the technical overviewCold storage
Read through
the real conditions.
Frost and ice can obscure a printed identifier. Published biorepository research studied electronic p-Chip identification of tubes in cold-storage workflows.
Your evaluation should include frost coverage, handling, thermal cycling, read position and the performance required by your process.
Process exposure
Specify the sequence.
Measure what remains.
A temperature alone is not a process specification. Capture the full combination of exposures and reading requirements.
Attachment & access
Evaluate the bond, embedded construction and the path for activating light.
Read performance
Measure the required read rate before, during or after the relevant process steps.
Service life
The part changes hands.
The identity stays with it.
Industrial components can encounter contamination, wear and cleaning throughout their service life. An item-level identifier supports a connection to the registered manufacturing and service record.
Placement and protection should be designed around the component, including how a technician will reach and read it in the field.
Plan the evaluation
Bring us
the process.
What information should we start with?
The item material and geometry; candidate attachment locations; temperature, chemical and mechanical exposures; duration and cycle count; reader access; and required read performance.
Can we rely on a published temperature range?
Use the approved specification and test report for the intended configuration. A chip-level range does not by itself qualify the host material, attachment or entire workflow.
How is success established?
Agree the acceptance criteria before the evaluation: identification rate, cycle time, attachment integrity and exception handling, under the intended conditions.
Let’s make it work
Start with one
critical checkpoint.
Tell us what you need to identify, what it has to withstand, and where the record needs to go.
Discuss your application