Zhongshan Zhenmei Electrical Appliance Co., Ltd. delivers high-performance B2B kitchen appliances backed by rigorous manufacturing standards.
Dual-shaft planetary mixing mimics manual pestle dynamics, achieving optimal elasticity and structural homogeneity without shearing the starch polymers.
Induction heating modules ensure even thermal distribution, accelerating starch transformation and reducing cooking time by 65% compared to open-flame boiling.
Built with food-grade SUS304 stainless steel contact points to resist acidic fermentation byproducts, ensuring compliance with international sanitization codes.
*Data based on comparative laboratory runs between standard mechanical crushers and the Zhenmei Smart Kneading-Cooking System.
Ideal for restaurants, hotels, and urban food outlets preparing fresh fufu for immediate service.
Engineered for rural cooperatives processing freshly harvested tubers to extend shelf life.
Designed for mass production, packaging, and exporting dried or wet-pack fufu.
| Target Region | Key Electrical Compliance | Sanitation Certifications | Material Standard |
|---|---|---|---|
| West Africa (ECOWAS) | 220V/50Hz, Wide voltage tolerances (180V-260V) | NFDAC Approved configurations | Food-contact grade, corrosion-resistant |
| European Union | CE marked, 230V/50Hz, EMC & LVD compliant | RoHS / LFGB Starch degradation testing | SUS304 Electropolished Finish |
| North America | UL 763 / ETL Standards, 110V-120V / 60Hz | NSF/ANSI Standard 8 (Commercial Food Equipment) | Heavy-Duty FDA Compliant Non-stick Coated Bowls |
| Global / General Export | IEC 60335 compliant, CB scheme test certified | ISO 9001:2015 QC Protocols | High density thermal insulation shielding |
We are developing torque-feedback systems that measure cassava paste resistance. This allows the machine to dynamically adjust mixing speed and thermal output, preventing undercooking or over-kneading.
To support off-grid processors, we are prototyping solar-thermal auxiliary heating systems. These systems use direct solar-thermal energy to preheat process water, reducing electrical consumption by up to 40%.
Recognizing the cleaning challenges of high-viscosity starches, we are designing internal high-pressure water spray rings. These rings automate the cleaning process, reducing manual labor and downtime.
High-capacity heating and pressure models built to commercial standards.