Explore our leading commercial-grade and smart residential multi-burner electric stoves, engineered for compliance and high efficiency.
Evaluating the transition from natural gas to high-frequency electromagnetic induction on a global scale.
Local regulations (such as Europe’s ErP Directive and US state building electrification plans) are driving demands for energy-efficient multi-burner hobs. Dual induction cooktops serve as the optimal drop-in replacement for gas systems, operating at up to 90% thermal efficiency compared to the 40% efficiency of traditional gas stoves.
Restaurants, hospitality venues, and marine kitchens face stringent fire safety laws. Double and multi-burner induction cooktops reduce open flame hazards, eliminate ambient heat generation, and dramatically lower ventilation requirements, directly minimizing HVAC capital costs.
Consumers expect modern kitchen systems to link seamlessly with smart ecosystems. Our range integrates advanced WiFi connectivity, TFT screen interfaces, and dynamic power distribution networks, ensuring compatibility with the future of IoT-driven smart homes.
Delving deep into half-bridge topologies, dynamic load balancing, and high-frequency coil systems.
| Performance Indicator | Aris Double Cooktops | Standard Low-Cost Alternatives | Traditional Gas Cooktops |
|---|---|---|---|
| Heating Efficiency | 88% - 92% | 70% - 78% | 38% - 45% |
| Inverter Topology | Pure Half-Bridge Inverters | Single-Ended / Pulse Width Modulation (PWM) | N/A |
| IGBT Thermal Protection | Dual-Sensor Continuous Thermal Monitoring | Single Thermostat Sensor | None |
| Safety Standard Compliance | CE, CB, UL, GS, RoHS, FCC, KC | Varies, lacking comprehensive global certs | Local Fire Code only |
A look into our state-of-the-art production factory located in China's home appliance hub.
Our double-layer copper heating coils are wound via automated machinery, maintaining consistent spacing and inductive values. This eliminates hotspot variations and enhances overall cooking surface temperature uniformity.
All PCBs are populated via modern SMT machinery, followed by AOI (Automated Optical Inspection) and strict in-circuit testing to prevent soldering faults, short circuits, or defective components.
Every double induction cooktop undergoes a 100% full-load burn-in test at elevated ambient temperatures, paired with ground-bonding and high-voltage dielectric tests to confirm electrical safety.
Ensuring complete safety, electrical reliability, and localized certifications across different regions.
Our products comply with Low Voltage Directive (LVD) 2014/35/EU and EMC Directive 2014/30/EU. We meet strict standby power usage requirements (<0.5W) under the Ecodesign Directive, facilitating easy access to European markets.
Our residential double induction cooktops and high-power commercial hotplates are designed according to UL 197 and UL 858 safety guidelines, offering proper shielding against radio-frequency interference under FCC Part 18 regulations.
We design and configure customized power grids for specific markets—including 110V/60Hz configurations for North America, 220-240V/50Hz for Europe/Australia, and specific protection configurations to support power fluctuations in developing regions.
Pioneering invisible induction, dynamic multi-zone power routing, and advanced WiFi-connected platforms.
Browse the remainder of our advanced product line, perfect for OEM development and distribution networks.
Expert answers addressing the most common issues of double induction cooker technology, safety systems, and manufacturing supply chains.
Aris Cooktop