All components selected for the CreamIQ™ Dispenser are sourced from original equipment manufacturers (OEMs) operating under ISO-certified quality systems and producing components designed to comply with applicable UL, NRTL, NSF, and FDA requirements for their respective product categories.
For the U.S. market, UL (or equivalent Nationally Recognized Testing Laboratory, NRTL) certification is the governing standard. The CreamIQ™ Dispenser has been intentionally engineered so that its electrical, refrigeration, and food-contact subsystems are eligible for evaluation and certification under the following standards:
UL and NSF certifications for the CreamIQ™ Dispenser system are currently in progress and have not yet been granted. Certification activities will be completed prior to commercial deployment, ensuring alignment with U.S. retailer requirements, insurance expectations, and applicable fire, electrical, and health inspection standards for commercial beverage dispensing equipment.
FOOD SAFETY: Complies with applicable FDA Food Additive Regulations, NSF-51, NSF-61, FDA 3-A
Does not contain chemicals listed in California's Proposition 65. (EU No. 1935/2004 & Regulation 10/2011 Japan Food Sanitation Law # 370/1959, REACH, and 1935/2004/EC
QMS: ISO9001:2015
FOOD SAFETY: FDA 21 CFR Part 177.2600, NSF 51, FDA 3-A
ELECTRICAL SAFETY: CE certified
ESG: EcoVadis, Sedex, WEEE, RoHS
QMS: ISO9001:2015
QMS: ISO9001:2015
ESG: ISO14001:2015, EcoVadis
QMS: ISO9001:2015
ESG: ISO14001. R600a (isobutane) is a naturally occurring hydrocarbon, not a synthetic fluorinated gas. Hydrocarbon refrigerant compliant with global HFC phase-down regulations. Global Warming Potential (GWP) ≈ 3, compared to ~1,300 for R-134a and ~3,900 for R-404A. Zero ozone depletion. ODP = 0 (does not damage the ozone layer), unlike older CFCs and HCFCs. Energy efficient: Higher thermodynamic efficiency can reduce energy use by ~5–15% versus HFC alternatives in small systems.
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