Camera looking down
Mount above the conveyor, aimed at the inspection surface. Choose working distance and lens so the smallest relevant feature occupies enough pixels. Keep the bracket, background and view repeatable.
ALVEXIS / APPLICATION ENGINEERING
Check a repeatable surface-temperature pattern after a controlled heating step. Connect each captured image to the right part and deliver an agreed inspection result to the line.
Discuss your projectIllustrative engineering example · Scope and acceptance agreed per project.
View starting packages ↓Illustrative example: a part passes beneath a fixed camera after heating. The inspection compares a defined surface region with an agreed reference pattern. It does not establish the internal temperature or prove bond quality without a separate correlation study.
Mount above the conveyor, aimed at the inspection surface. Choose working distance and lens so the smallest relevant feature occupies enough pixels. Keep the bracket, background and view repeatable.
Use the line trigger and part identifier to associate the image with a part. Evaluate motion blur, exposure, trigger delay and the time between heating and capture at the intended line speed.
An optional visible camera checks part presence or alignment. Register the views before combining evidence; the visible camera does not measure temperature.
Receive the trigger, allocate the part ID and capture the required image within the agreed time window.
Check part presence, region alignment and camera status. Missing frames and invalid views become an unavailable result, never an automatic pass.
Start with an explainable reference or temperature-pattern rule. Add local AI only when labelled samples demonstrate a useful improvement. Radiometric temperatures require appropriate calibration and surface settings.
Send the part ID, result-valid signal and agreed status to the PLC or host. Retain the image, timestamp, configuration revision and reason for review according to the agreed retention policy.
A valid capture meets the configured inspection criteria. This is a result for the specified surface check, not a blanket product-quality guarantee.
A valid capture differs from the agreed reference. The machine builder defines whether to divert the part, hold it or request operator review.
Missing image, late processing or a disconnected camera produces an explicit fault or timeout status. Agree the line response separately from machine safety functions.
Test representative acceptable and defective parts across the intended speed, temperature range, surface finish, load and ambient conditions. Include camera disconnection, missing triggers and duplicate part IDs. Shiny surfaces may reflect surrounding heat; verify emissivity and reflected-temperature assumptions.
Agree acceptance limits before testing: missed defects, false reviews, repeatability, response time and traceability completeness. Record measured results and unresolved limitations; no detection rate or cycle time is promised here.
Alvexis can scope the camera integration, edge processing, machine interface and enclosure as one engineering project. ForgeEdge is a candidate for local processing and ForgeControl for agreed machine I/O; final suitability depends on the interface, timing and environment requirements.
A CLEAR FIRST STEP
Choose the starting point closest to your need. We review your brief and agree the work, acceptance criteria, price and schedule before a paid project begins.
Find out whether a repeatable thermal check can distinguish the conditions that matter on your line.
A scoping enquiry does not book a paid package. Prototype quantities, hardware, site work and production support are included only when agreed in the proposal.
Choose a package and describe your application. We review the fit and clarify the scope before preparing a proposal.
Prefer email? info@alvexis.ai
Download the thermal pilot checklist (.txt)We review the fit, clarify any missing requirements and prepare the agreed technical scope and proposal.