Explore our engineered series featuring half-bridge high-power systems, IoT Wi-Fi integrations, and high thermal efficiency profiles certified for global distribution.
The global commercial and residential culinary industries are experiencing an unprecedented structural transition. Propelled by strict municipal decarbonization rules, tightening fire safety mandates, and volatile natural gas costs, developers and appliance brands are switching rapidly to advanced electromagnetic induction technology.
Programmable induction cooktops go far beyond simple heating coils. By incorporating custom-programmed microcontrollers, real-time thermal sensors, and IoT control protocols, these units serve as precise thermal processing appliances. This enables consistent industrial quality control in commercial chains and seamless automation in smart homes.
Thermal Efficiency
HVAC Energy Saving
Precision Control
Zero Direct Emission
Located in Foshan, Guangdong—the epicentre of global advanced home appliance manufacturing—Aris Cooktop stands as a premier technical manufacturing partner.
We possess vertically integrated assembly, dedicated injection molding departments, SMT manufacturing workshops, and testing chambers that ensure your products meet localized regulatory profiles (CE, CB, RoHS, KC, ETL, and FCC).
By developing bespoke heating algorithms, customized user interfaces, and robust structural configurations, we design cooktops that differentiate our clients from basic white-label competitors.
Our commitment to R&D defines our technological lead. We implement rigorous electrical architecture standards to guarantee longevity, performance, and compatibility.
Unlike standard single-ended resonant topologies that cut power intermittently at low power settings, our advanced Half-Bridge topology provides continuous, steady energy down to low wattages. This allows uninterrupted simmer controls essential for professional cooking applications.
Equipped with standardized Tuya SDK/Wi-Fi modules, our cookstoves integrate seamlessly with mobile applications for remote scheduling, recipe-guided automatic temperature adjustments, power usage telemetry, and remote over-the-air firmware updates.
We use premium Kanger and NEG ceramic micro-glass combined with specialized aerogel thermal sheets under the glass top. This isolates the high heating coil temperatures from the control panel and internal PCBs, extending the unit's lifespan.
Capable of handling voltage swings from 88V up to 280V depending on local grid stability. Ideal for countries with erratic power systems, protecting the internal IGBTs from sudden power surges or drops.
Utilizes active brushless cooling fans with micro-sensor feedback. If a cooling fan stops due to debris accumulation, the MCU detects the RPM drop and shuts down heating in milliseconds to prevent IGBT overheating.
Foshan Aris Cooktop Co., Ltd. operates a high-capacity manufacturing base in Shunde District, Foshan. Driven by automated SMT machines, laser welding platforms, and specialized assembly lines, we turn custom product concepts into high-quality manufactured realities.
Every single programmable cooktop undergo multiple QC stages: component sorting, initial PCB burn-in testing, structural safety inspection, high-pot electrical tests, and actual thermal load verification. This thorough process ensures out-of-box defects are kept under 0.2%.
From initial design concept to final mass production, we provide transparent and structured steps to deliver customized cooking technology to your market.
Our engineers consult on product dimensions, target heating performance, power output levels, and regional certification requirements.
We design custom PCB layouts, program heating firmware (e.g., custom temperature profiles), and build initial housing prototypes using CAD/CAM.
Prototypes are tested in our environments for thermal efficiency, safety margins under stress, EMI compliance, and drop protection.
Once approved, we scale production. Each batch undergoes rigorous SMT checking, automated assembly, testing, and secure packaging.
Get answers to common engineering, logistics, and compliance questions regarding programmable induction stoves.
Single-Ended resonant circuits control low-power heating by switching the power output on and off. This creates sudden heat spikes and thermal cycles. In contrast, Half-Bridge topology uses a twin-IGBT bridge driver to run continuous energy output down to very low wattages. This allows smooth simmering, high power efficiency, and long-term durability under heavy commercial usage.
Yes, we provide full ODM services. This includes custom control logic, multi-stage cooking programs, precise temperature curves, and branded silkscreen options for glass panels. Our engineers can write customized firmware compatible with global IoT platforms like Tuya, Alexa, and Google Assistant.
Our invisible induction cooktops utilize optimized internal air ducts, specialized insulation plates, and high-RPM dual fans. This directs heat down and out through integrated exhaust vents, keeping the stone countertops from cracking or overheating. We supply technical cutouts and insulation sheets to ensure safety during installation.
We manufacture all products under ISO 9001 quality guidelines. Depending on market requirements, we offer models certified with CE, CB, RoHS, FCC, and KC, allowing hassle-free importation into European, North American, and Asian markets.
Our standard OEM MOQ is 100 to 500 units per model, depending on customization depth. Lead time is typically 30 to 45 days. We also offer priority logistics and trial runs for established global B2B procurement partners.
Browse our selection of multi-zone hobs, built-in cooktops, and space-saving induction plates designed for modern kitchen setups.
Aris Cooktop
