Support
Regular cure metre checks keep your UV decoration line honest and reliable, especially across Gauteng dust and coastal shifts. Here we explain CureCheck Lab verification for local print rooms.
Use our contact form with your system serial.
See also resources and shipping & samples.
A cure metre check uses a radiometer to measure the UV lamp's output in your bottle decoration system. It checks that enough energy is reaching the ink to cure it, so decoration lasts through packing and shelf handling. If you run a busy bottle print bay or refill jobs for clients in Cape Town, Gqeberha or Johannesburg, this check makes sure your settings haven’t drifted. Small-batch operators in humid Durban or dry Bloemfontein also benefit, since variations in temperature, humidity or power supply can throw UV output off balance.
Anyone running a BottlePrinter Lab system for craft beverages, skincare, or promo lines should keep a regular verification routine. This matters most for production lines seeing frequent lamp changes, ink swaps, or operators who get different results on different shifts. If your print room is a low-turnover side bay with long downtime, or only sent out a dozen sample runs last year, you may not need full CureCheck Lab cadence yet.
A radiometer slip-check is done with a portable CureCheck Lab unit, which measures lamp intensity in mW/cm² as the bottle printer runs a normal cycle. You log the reading, compare it to your last baseline, and confirm the output meets your ink and line speed specs. Factory owners in Germiston and operators in Polokwane often add a monthly check after major load-shedding spells or after big runs with high-wear inks.
For teams working under municipal power swings, or where dust settles on lamps and reflectors, a metre check can spot UV degradation early, before labels or direct prints start to scuff. Floor habits vary: some do a quick check before a major promo job, others work to a set calendar. The goal is to catch problems before your clients or the next round of bottles do.
An operator in an Ekurhuleni print room preps for a 7,000-bottle skincare order. After a quick lens wipe, she places the radiometer in the fixture and runs a standard print cycle. The CureCheck Lab reads a steady 640 mW/cm², matching her log from the last job. She emails our contact form with the serial number and log file for review, and bottles move on to packing the same day. If the reading had dropped below the baseline, she would have cleaned the reflectors, checked the UV lamp seating, or called for spares. This habit keeps finish quality tight even when Highveld dust or power cuts roll through.
Gathering the right details speeds up support from our Germiston team. Every system has a unique serial number, usually found on the rear panel above the supply input. Include your latest meter reading log and a short note on any process changes since the last check (like a new operator, lamp, or ink). If tags on your radiometer or system are faded, snap a photo so the team can read it.
Email all this through our contact form. We’ll confirm next steps or suggest fixes for low readings. For more hands-on help, see MiniLine training or Remote recipe help.
Missed cure metre checks invite problems only caught after bottles reach the shelf. Skipping log records makes it hard to spot gradual UV output drops. Running verification cycles on a dirty fixture or with a blocked airflow can also throw off readings, especially in bays where Highveld dust or coastal salt builds up. Operators sometimes forget to reset the metre after battery changes or power resets.
To avoid these issues, set a recurring calendar reminder, and standardise your check routine. If you are unsure how to log or interpret readings, or if support is needed for replacement lamps or reflectors, see Support or browse Spares and pads to keep jobs moving.
Verified Google reviews
Our contact form · Sunnyrock applications lab
