Real workshop photos of Yuantuo billet temperature equalizing system—heating section build, billet handling rhythm, IR temperature monitoring, and control cabinet readiness before shipment.

billet temperature equalizing system, billet reheating boost, continuous casting rolling, induction heating for billets, IR temperature monitoring, line rhythm, control cabinet, factory footage

In continuous casting & rolling lines, billet temperature drift and cross-section gradients can make rolling force unstable and product dimensions inconsistent.
This post shares real Yuantuo workshop footage of a billet temperature equalizing (boost) system build: heating section, handling rhythm, IR monitoring points, and control readiness before shipment.
If you are evaluating suppliers, these are practical checkpoints most buyers verify during a factory visit.

In CCM-to-rolling production, billets lose heat on the transfer path.
When the temperature drops too much—or the temperature difference becomes large—rolling becomes unstable: rolling force fluctuates, dimensions drift, and surface quality can suffer.

That’s why billet temperature equalizing is often a “process insurance” step before the rolling mill.
Yuantuo publishes real factory footage to show how these systems are built in our workshop—no stock images, no outsourcing tricks.

In today’s update, you can see how we prepare a billet equalizing system before shipment.

【Image 1｜Workshop Overview (Billet System Build)】

Heating section build (aligned to billet flow)
During assembly, our team focuses on:
l heating section alignment along billet movement direction
l coil area fixation and safe clearance
l cable routing discipline and labeling at the station

【Image 2｜Induction Heating Section / Coil Area】

Billet handling rhythm and spacing readiness
Stable equalizing requires stable line rhythm. We confirm:
l conveyor/roller table spacing and guiding structure
l rhythm readiness for continuous billet flow
l interface points for upstream/downstream line coordination

【Image 3｜Billet Handling / Roller Table / Spacing】

IR monitoring & control cabinet preparation
To support closed-loop stability, we prepare:
l IR temperature monitoring points (as configured)
l PLC & HMI pages for status and trending
l protection, alarms, and fault-detection logic

【Image 4｜IR Monitoring / Control Cabinet / HMI Trend】

These materials reflect how we build lines for different applications. You can explore related solutions here:
Product Catalog: https://yuantuoinduction.com/products
Workshop & Project Videos: https://yuantuoinduction.com/videos/
About Yuantuo: https://yuantuoinduction.com/about-us/

To size a billet temperature equalizing system properly, we usually need three inputs: billet cross-section & length, target temperature range, and throughput/line rhythm.
If you share these parameters, our engineer can recommend a suitable configuration and layout direction via:
https://yuantuoinduction.com/contact-us/