Reliable Commercial Induction Cooktop Manufacturer in China | OEM & ODM Solutions | ATRX

ATRX is a commercial induction cooker manufacturer based in Guangdong, China.Our clients are global distributors, brand owners, and restaurant chain procurement teams.

Why talk to us-ATRX? Three reasons—

Factory-direct pricing, no middleman markup. Our quotes run 15%–25% lower than trading companies. We do both OEM private labeling and ODM deep customization — from a simple logo swap to full tooling on a brand-new unit. The flexibility is yours to define. CE, CB, RoHS and other international certifications are in place, so your products clear customs on arrival. No getting stuck at the certification stage.

ATRX doesn’t do retail. B2B bulk supply only. Tell us what you need — target market, order quantity, power requirements, budget range — and we’ll send back a complete proposal with pricing within 48 hours.

What Commercial Induction Cooktops We Make

Our product line covers countertop induction cookers (3.5–5kW), freestanding induction wok ranges (8–20kW, concave and flat), built-in induction hobs, and specialized equipment — stock pot stoves, deep fryers, griddles, and steaming cabinets. Full-category, one-stop supply. You don’t need to split orders across multiple vendors. One source means one quality standard and lower logistics costs. If it runs on induction heating and belongs in a commercial kitchen, ATRX most likely makes it.
Detailed specs live on our product pages. Here, we’ll help you do a quick selection based on where the equipment will be used.

Countertop Commercial Induction Cookers

Countertop units are the smallest and most flexible to deploy across the entire category.

Where they show up most: buffet stations for heating and holding, food trucks doing live cooking, extra workstations in tight back-of-house kitchens. When space is limited, a countertop cooker is often the only realistic option. Power typically falls between 3.5kW and 5kW, mostly single-burner, though some models come with dual burners.

Two things matter most when picking a model. First — are the power levels right for the job? Holding food warm at a buffet only needs steady low output. Live cooking needs fast, high-power switching. The mainboard control logic behind each scenario is completely different.

Second — does the unit’s footprint actually fit your countertop cutout? Get the dimensions wrong, and retrofitting the counter on-site gets expensive fast.

Full model list and dimensions are on our countertop induction cooker product page.

Freestanding Commercial Induction Wok Ranges

This is the flagship category for Chinese manufacturers, and the type overseas buyers search for the most. If your customers are restaurant kitchens, freestanding wok ranges will very likely be your main purchase.

The most important question when selecting: concave wok burner or flat burner?

Comparison	Concave Wok Burner	Flat Burner
Best suited cooking style	Chinese and Asian cooking (tossing, stir-frying)	Western cuisine, Southeast Asian markets (flat-pan frying, sautéing)
Cookware	Round-bottom iron wok / stainless steel wok	Flat-bottom frying pan / stock pot
Primary export markets	China, Japan, Korea, Southeast Asian Chinese restaurants	Europe, Americas, Middle East, local Southeast Asian restaurants

Don’t pick based on power alone. Start with the cooking habits of your target market, then decide on burner type. Once the direction is right, power and configuration choices fall into place.

These ranges typically run 8kW to 15kW. Some larger models go up to 20kW or beyond — built for high-volume, mid-to-large commercial kitchens.

Built-in Induction Hobs and Specialized Equipment

Built-in hobs and specialized equipment (stock pot stoves, deep fryers, griddles, steaming cabinets) get grouped together here because they follow the same buying pattern — project-based procurement. Central kitchen fit-outs, specifically.

Built-in induction hobs go mainly into hotel buffet areas and standardized chain restaurant kitchens. Installation requirements are stricter than countertop or freestanding units. You need to nail down the cutout dimensions and clearance underneath for ventilation before ordering. Get it wrong, and the cost of reworking later adds up quickly.

Specialized equipment covers a broader range. Stock pot stoves, deep fryers, griddles, steaming cabinets — each one serves a specific commercial scenario. Central kitchens and food processing lines are the main buyers. The category is wide, but per-item order volumes tend to be smaller.

Here’s the point that matters most: a reliable manufacturer should cover the full range under one roof. You shouldn’t need three or four suppliers for different pieces of equipment. Buying everything from one source means consistent quality, simpler inspection, and lower shipping costs. Consolidating into one container instead of shipping separately shaves real dollars off your landed cost per unit.

How We Keep Quality Consistent

Quality in a commercial induction cooktop comes down to what’s inside. We use Infineon IGBT modules, pure copper heating coils, glass-ceramic panels at Germany’s Schott-grade standard, and SUS304 food-grade stainless steel housings. These choices put our pricing 10%–15% above low-end suppliers. They also cut the failure rate by more than half and keep units running reliably for 3–5 years.

Pricing in this category varies wildly. Two machines that look nearly identical can be priced two to three times apart — from a few dozen dollars to several hundred. The gap almost always traces back to different grades of internal components.

ATRX is laying its material standards out here. Not to say “we’re the best,” but so you know what to look at — and what to ask — when you’re comparing quotes.
Don’t just stare at the bottom line. (An induction cooking technology assessment by EPRI for the California Energy Commission found that induction cooktops can reach 90% energy conversion efficiency — but real-world performance depends heavily on component quality. Same technology, different parts, and the gap in efficiency and lifespan can be massive.)

What’s Inside — IGBT Modules and Heating Coils

The IGBT module is the heart of a commercial induction cooktop. It directly controls heating efficiency and how long the machine lasts.

ATRX use Infineon IGBTs. The reason is simple: low switching losses, strong heat tolerance. In commercial kitchens running high-frequency, high-load cycles day after day, Infineon modules last 1.5 to 2 times longer than generic alternatives. They cost more to source, but the in-field failure rate drops by over half. For you, that means fewer warranty claims and fewer cross-border parts shipments.

(Infineon’s own technical data backs this up. According to a technical breakdown of Infineon IGBTs in induction cooking published by EE Power, IGBT switching loss and thermal performance directly determine an induction cooktop’s efficiency, reliability, and service life.)

One Middle Eastern client shared hard numbers with us: machines from his previous low-cost supplier had a repair rate near 12% within six months. After switching to our ATRX brand, the same end-customer base saw that rate drop to under 3% over a full year. He told us the savings on after-sales labor and international parts shipping alone covered the per-unit price difference.

For heating coils, we use pure copper — not aluminum. Copper conducts electricity roughly 40% better, which means higher heating efficiency and more even heat distribution. Under high-power, long-hour commercial use, copper coils hold their performance far longer than aluminum ones.

Aluminum is cheaper, sure. But after about two years, efficiency drops noticeably. End users can feel it — “this thing doesn’t heat like it used to.”

These material choices are exactly why ATRX’s quotes run 10%–15% above some competitors. They’re also why ATRXID machines hold up for 3 to 5 years instead of breaking down after one. (Want to see how these parts go from raw material to finished machine? This full production process walkthrough for commercial induction cooktops covers all seven stages — from coil winding to burn-in testing.)

Panels and Housings — Where Corners Get Cut

The glass-ceramic panel is another part where suppliers quietly save money.

ATRX’s panels meet Germany’s Schott-grade standard.Select high-end models use genuine Schott panels. Thickness is 6mm minimum — enough to handle thermal shock and daily abuse. In a real commercial kitchen, staff don’t treat equipment gently. Wok bottoms slam down. Cold water hits scorching surfaces. This happens every day. Thin, cheap panels crack under that treatment. It’s not a question of if — it’s when.

For stainless steel housings, we use SUS304 food-grade — not SUS201.

Comparison	SUS304	SUS201
Nickel content	8%–10%	1%–1.5%
Corrosion resistance	Strong — handles high heat and humidity well	Average — rusts and discolors more easily
Cost	About 20%–30% more than SUS201	Low
Commercial kitchen durability	Looks stable after years of use	Rust spots can show up within 6–12 months

A quick rule of thumb: if a supplier’s price is far below market average, the panel grade or stainless steel type has almost certainly been downgraded. Next time you talk to another factory, ask two questions: what brand and thickness is the panel, and is the housing 304 or 201? The answers will tell you most of what you need to know.

(This isn’t just us talking. An engineer discussion on Reddit about 304 vs. 201 stainless steel sourced from China reaches the same conclusion: 201 corrodes badly in high-humidity, high-salt environments. For food-contact equipment, downgrading is not worth it.)

How OEM and ODM Cooperation Works

ATRX’s OEM service lets you customize the logo, panel color, and packaging language. MOQ starts at 100 units, no tooling needed, lead time 25–35 days. ODM goes deeper — voltage adaptation, power curves, control interfaces, full exterior retooling. MOQ starts at 200 units, development takes 2–3 months. New to the market? Start with OEM to move fast. Brand established and sales steady? Go ODM for products nobody else can sell.

Buyers just entering this space should start with OEM — swap the logo, update the packaging, get to market fast and see how it sells. Once volumes stabilize and product direction is clear, shift to ODM. At that point, everything from the electrical design to the shell gets built to your spec.

Neither model is “better.” The right one depends on where your business is right now.

OEM — Logo, Panel, and Packaging Customization

The main advantage of OEM is a low barrier to entry.

What you can customize:

• Logo printing: Silk screen, UV print, or laser engraving — each with different looks and durability. We’ll recommend the best fit based on your budget and positioning.
• Packaging: Box artwork, user manuals, accessory lists — all branded to match your identity. No design files on hand? Our team can help with layout.

What to prepare ahead of time: your logo in AI or CDR vector format, Pantone codes if you need custom colors, and packaging design files if you have them.

Key numbers: MOQ is typically 100–300 units. No tooling fees. Samples in about 7 business days. Bulk production in 25–35 days. For a first order, this is the lowest-risk way in. (Want the full step-by-step breakdown of an OEM order, from first inquiry to container loading? This OEM cooperation process guide walks through every milestone.)

ODM — From Electrical Design to a Completely New Machine

The core difference: OEM puts your label on an existing product. ODM builds a new machine from scratch around your requirements.

ODM customization goes well beyond the surface:

• Voltage and frequency: 110V/60Hz (North America), 220V/50Hz (Europe, Asia), 380V three-phase industrial. This isn’t a plug swap — the PCBA mainboard, power components, and protection circuits all need to be redesigned.
• Power curves and temperature algorithms: Tuned to your market’s cooking style. European pan-frying and Chinese wok stir-frying demand completely different power response profiles.
• Control interface: Touchscreen, rotary knob, or physical buttons — matched to how your end users actually operate.
• Full exterior: New tooling, exclusive design. No one else on the market will have the same product.

The threshold is higher: MOQ usually 500+ units, tooling fees apply (assessed per project, amortizable over later orders), and development takes 2–3 months.

The payoff is bigger too. Strong product exclusivity means you’re not racing to the bottom on price against other distributors selling the same SKU. Margins stay healthier. This path fits brand owners with a clear product plan and solid volume projections.

Certification and Quality Inspection — Sort This Out Before You Import

Commercial induction cooktops must meet the certification requirements of the destination country. EU needs CE + RoHS. UK needs UKCA. North America needs ETL/cUL + FCC. Middle East needs SASO or ESMA. Southeast Asia and Africa can often use a CB certificate as a conversion base. We assist with the process — coordinating sample submission and technical files with third-party labs. On the factory floor, every unit goes through four QC stages: incoming material check, in-line inspection, burn-in testing, and high-voltage insulation testing.

Commercial induction cooktops are electrical products. Every importing country has its own safety and EMC requirements. Without the right certification, your shipment sits at the port. It doesn’t clear customs. It doesn’t go on shelves.

Get this sorted before you place the order — not when the goods are about to ship.

What Each Market Requires

Target Market	Required Certifications	Notes
European Union (EU)	CE + RoHS	CE covers safety; RoHS restricts hazardous substances
United Kingdom (UK)	UKCA + RoHS	Post-Brexit — CE alone no longer accepted; UKCA required separately
North America (US / Canada)	ETL or cUL + FCC	ETL/cUL = product safety; FCC = electromagnetic compatibility
Middle East (Saudi Arabia)	SASO	Saudi Standards, Metrology and Quality Organization
Middle East (UAE)	ESMA	Emirates Authority for Standardization and Metrology
Southeast Asia / Africa	CB certificate (conversion base)	CB speeds up local certification in many countries

Two things you need to know:

First — tell the manufacturer your target market at the inquiry stage. Some certifications require design-level changes. North America’s ETL, for example, has different grounding and leakage protection rules than European standards. Trying to retrofit a finished product doubles the cost and timeline.

Second — a good manufacturer handles certification support. We coordinate test samples and full technical documentation with third-party labs like TÜV, SGS, and Intertek. You don’t need to find a lab or manage the process yourself.

How We Inspect Before Shipping

You have every right to ask about a factory’s QC process. Here are our four standard checkpoints:

Incoming material inspection. Every batch of key components — IGBT modules, heating coils, glass-ceramic panels, stainless steel sheets — gets checked for brand, model number, and batch code against the procurement spec. Anything that doesn’t match goes back to the supplier. It never touches the production line.

In-line production inspection. Solder quality, assembly accuracy, wire harness routing — all spot-checked during production. Catching a problem on the line costs a tenth of catching it after the unit ships.

Burn-in testing. Every assembled unit runs continuously for 4–8 hours under real-world load conditions. Machines that don’t pass don’t move to packaging.

High-voltage insulation testing. Every single unit gets a withstand voltage test before it leaves the factory. No sampling here — this is 100% full inspection.

Final inspection follows AQL sampling standards before packaging.

One more thing: you can request third-party inspection — SGS, TÜV, Bureau Veritas, or anyone else you trust. ATRX welcome clients or their appointed inspectors to come supervise loading on-site. You can also ask for batch-level test reports and burn-in records. These aren’t extras. They’re your standard rights as a buyer. (For a deeper look at the equipment and procedures behind each stage, see our full quality control system breakdown.)

Factory Capacity and Delivery

Guangdong base. 8,000+ square meters. Four production lines. Monthly output above 5,000 units. OEM standard lead time: 25–35 days. ODM custom: 45–60 days. Q3 and Q4 are peak season every year — place orders 1–2 months ahead to lock your slot. We support video-based factory tours and in-person visits, with pickup from Guangzhou Baiyun or Shenzhen Bao’an airports.

When buyers ask about capacity, they usually mean three things.

Can you handle my order size? Four full production lines, 5,000+ units a month. If your single order is under 2,000 units, it typically finishes in one production cycle with no need to split batches.

Will peak season push me out? Honestly — Q3 through Q4 gets tight. Overseas buyers rush to stock up for Christmas and New Year, and orders stack up. Lead times can stretch 7–10 days beyond normal. If you need Q4 delivery, order 1–2 months early to secure your place in the schedule. Early order, early slot. No shortcut around it.

How fast can your team move on ODM projects? Our R&D team has 12 engineers covering electrical, structural, and embedded software design. From confirmed spec to working prototype usually takes 15–20 business days. You get one dedicated project contact throughout — no repeating yourself to different people.

We’re open to video-based factory audits anytime — live walkthrough of the workshop, lines, and warehouse, unedited. Prefer to visit in person? We’ll pick you up from Guangzhou or Shenzhen airport. Being willing to let you see everything, and making it easy, says something about a manufacturer on its own.

From Inquiry to Shipment: The Full Process

Five steps: inquiry and requirements lock-down → sample verification (OEM 5–7 days, ODM 15–20 days) → quote and contract (FOB or CIF; T/T with 30% deposit, 70% before shipment) → bulk production (OEM 25–35 days, ODM 45–60 days) → inspection and shipment. First time working together? Start with a small OEM batch to keep risk low.

The whole process is spelled out here so you know what happens at every step — what to prepare, what to expect, and roughly how long each part takes — before you even reach out. No surprises makes for a better partnership.

MOQ and Samples

Two tracks.

OEM: Standard product MOQ is typically 100–300 units; popular models sometimes go lower. Sample cost runs about $50–$150 per unit depending on model, fully deductible from the bulk order. Samples ship in about 5–7 business days.

ODM: MOQ starts at 500 units, depending on customization depth. Tooling or development fees are quoted per project and can be spread across future orders. Samples take about 15–20 business days.

Our advice: start your first order as a small OEM batch. Get the product in hand. Test quality. Ship a small run to gauge market response. Run through the entire process once. Then decide whether ODM makes sense. This keeps your first-order risk as low as possible and gives both sides a chance to build trust.

Pricing, Payment, and Lead Times

Pricing. Standard quotes are FOB. We can also quote CIF to your destination port. Quotes are valid for 30 days — copper, steel, and IGBT module prices fluctuate, so anything past the window needs re-quoting.

Payment. Most common: T/T bank transfer — 30% deposit, 70% balance before shipment. L/C is available for large orders or long-term partners. For a first order, T/T is simplest — fast processing, quick receipt. Once trust is established, we can discuss more flexible terms.

Lead times. OEM standard bulk: 25–35 days from deposit clearance. ODM custom: 45–60 days depending on complexity.

Three things that affect timing: how deep the customization goes, order quantity, and whether new certifications are involved. If your order requires a new certification application, that timeline sits on top of production — it’s not included in the manufacturing lead time.

Best practice: tell us your target delivery date upfront. We’ll plan production backward from there and lock your slot on the line early.

Frequently Asked Questions

These are the questions overseas buyers ask most when sourcing commercial induction cooktops — covering MOQs, voltage, certifications, timelines, and warranty. If yours isn’t here, reach out directly. We reply within 48 hours.

What’s your minimum order quantity?

OEM standard products: 100–300 units, depending on model. ODM custom products: 500 units minimum. Small first orders are fine. You can buy 1–2 samples first to test quality and get end-user feedback, then come back with a bulk order once you’re confident.

Can you customize voltage and plug type?

Yes. We support 110V, 220V, 380V, and other major voltage standards. Plug types are configured to match destination country specs — US, EU, UK, AU, and others. This goes beyond swapping a plug. Different voltage standards mean the PCBA mainboard circuit needs to be adapted from the design level.

Just confirm the voltage, frequency, and plug standard for your target market before ordering. Our engineering team takes care of the rest.

What international certifications do you have?

We currently hold CE (EU), CB (international mutual recognition), RoHS (environmental compliance), and EMC (electromagnetic compatibility). If your market requires something we haven’t obtained yet — ETL for North America, SASO for Saudi Arabia, etc. — we can support the application by providing samples and full technical documentation. The earlier this gets confirmed, the better. Don’t wait until you’re about to ship to realize a certificate is missing.

How long does bulk production take?

OEM standard: 25–35 days. ODM custom: 45–60 days, depending on project scope. Peak season (September through December) makes scheduling tight. We recommend ordering 1–2 months ahead to secure your slot. Exact lead times are confirmed at order signing and written into the contract.

Do you offer after-sales warranty?

Yes. Standard warranty is 1–2 years depending on the model. Coverage includes electrical faults and component failures not caused by misuse.

For overseas after-sales, we start with remote video troubleshooting. Over 80% of common issues get resolved this way. If we confirm a component has failed, replacement parts ship free of charge.

For long-term partners, we can set up a spare parts stocking plan: you keep a small inventory of common wear items — fans, control boards, temperature sensors — in your local warehouse. When an end user reports a problem, you handle it on-site instead of waiting for an international shipment. Response time drops from a week or two down to a day or two. That difference shows up directly in customer satisfaction.