How to Clean Made In Pans (Maintenance Guide)

To clean Made In pans safely, first identify the material: stainless steel, nonstick, carbon steel, or copper. Let the pan cool before washing, then use warm water, dish soap, and a surface-safe sponge. For stuck-on food, loosen it gently rather than scraping hard. Dry carbon steel at once and apply a thin coat of oil.

Made In lists oven limits that vary widely by cookware: up to 800°F (427°C) for stainless-clad pans, 500°F (260°C) for nonstick, and 1,200°F (649°C) for carbon steel. Those are oven limits, not suggested cooking temperatures, and they show why checking your exact pan and its care instructions matters. For everyday cleaning, the safest approach is less dramatic: control the heat, let the pan cool, and match the washing method to its surface.

I often see cooks reach for a scouring pad when a pan looks ruined. Usually, the better first move is to soften the residue and identify what the pan is made of. A stainless pan can tolerate more cleaning options than a nonstick pan, while carbon steel needs prompt drying to protect its seasoning.

Identify the Pan Material and Prepare It Safely

Made In cookware does not all have the same surface or care needs. Before cleaning, check the product name, material, and care guide; if the pan has a lid, check its instructions too. Remove loose food, and wait until the pan is cool enough to handle safely before adding water.

Made In stainless-clad cookware is five-ply, with a published thickness of about 2.7 mm. Its aluminum core helps spread heat, while the stainless cooking surface is non-reactive in ordinary cooking. Nonstick pans have a coated cooking surface that needs gentler tools. Carbon steel develops a seasoning layer, and copper pans must be cleaned according to their lining and finish.

A hot pan can be damaged by a sudden temperature change. Do not pour cold water into hot cookware or set a hot pan on a cold, wet surface. The sudden change, called thermal shock, can stress bonded layers or contribute to warping. There is no single safe cooling time for every pan, so let it cool gradually.

If you are unsure whether a pan is safe for the dishwasher, check its product instructions rather than relying on the material alone. The same applies to lids, handles, and oven use. Next step: confirm the pan’s material and care guide before choosing a cleaning method.

Use Controlled Heat for Cooking and Food Release

Controlled heat helps prevent burnt oil and stuck food, so cleaning starts before the pan reaches the sink. Use low-to-medium heat for stainless and nonstick, and heat carbon steel gradually. Avoid heating any pan empty for too long, especially nonstick, which can be damaged by overheating.

For stainless, preheat over low-to-medium heat. A water-drop test can help you judge when the pan is ready: add a small drop of water and observe it, then carefully remove it before adding oil. The test is a guide, not a fixed temperature reading; stove power, pan size, and starting temperature all affect the result. Add oil after preheating.

For nonstick, follow the product’s instructions and avoid high heat or prolonged empty preheating. Do not use aerosol cooking sprays: their residue can build up on the coating and impair food release. Refined avocado oil is often listed near a 520°F (271°C) smoke point, while canola oil is often listed near 400°F (204°C). Values vary by product, and smoke point is not a pan-temperature target.

Carbon steel also benefits from gradual heating. After cooking, let the pan cool before washing. For stainless or carbon steel, add warm water and loosen stuck food with a wooden or silicone utensil. If residue remains, briefly simmer water in the pan, then let it cool enough to handle and wash. Do not use this simmering method as a reason to heat an empty pan or leave carbon steel soaking.

Next step: use moderate heat, add oil at the right point for your pan, and soften stuck food before trying to remove it.

Clean, Dry, and Maintain Each Surface

A good cleaning routine removes food without wearing down the cooking surface. Use a non-scratch sponge and dish soap for stainless, a soft sponge for nonstick, and prompt drying for carbon steel. Copper care depends on the pan’s lining and finish, so check its instructions before choosing a cleaner or polish.

Stainless-clad pans

Stainless steel can usually be washed with warm water, dish soap, and a non-scratch sponge. For stuck food, soak the cooled pan briefly, or add water and simmer it briefly to loosen the residue. Lift softened food with a wooden or silicone utensil, then wash and rinse.

A stainless pan may show discoloration or cooked-on oil even after food is gone. Start with the care guide’s recommended cleaning method, and avoid sharp tools that can scratch the surface. Dishwasher use depends on the specific product instructions; do not assume every part, including a lid or handle, has the same care limits.

Nonstick pans

Hand-wash a cooled nonstick pan with warm water, dish soap, and a soft sponge. If food is stuck, let the pan soak after it has cooled, then wipe gently. Do not scrub the coating with steel wool, abrasive powders, or harsh scouring pads. These can damage the cooking surface.

Avoid aerosol cooking sprays, which can leave residue that is difficult to remove and may impair release. If a coating is visibly damaged, peeling, or deeply scratched, check Made In’s product guidance before continuing to use it. A more aggressive cleaner is not a safe way to restore a damaged coating.

Carbon-steel pans

Wash carbon steel by hand and avoid prolonged soaking. Use warm water and a gentle tool to remove food, then dry the pan immediately and thoroughly. Any moisture left on the surface can lead to rust.

Once dry, apply a very thin film of cooking oil. Wipe away excess so the pan does not feel wet or sticky. This light oil layer helps maintain the seasoned surface between uses. If food is still stuck, repeat gentle loosening rather than leaving the pan submerged.

Copper pans

Copper care depends on whether the interior is stainless steel, tin, or another lining, and on the exterior finish. Follow the instructions for your exact pan. Clean the cooking surface according to its lining, and do not use abrasive polish on the interior. If you polish the exterior, keep the product away from the cooking surface unless the manufacturer says it is suitable.

Next step: wash by surface type, then dry the pan fully, especially if it is carbon steel.

Serve and Present Without Damaging the Cookware

Serving habits can help keep a pan in good shape. Use utensils suited to the cooking surface, avoid cutting food inside the pan, and do not set hot cookware on a cold or wet surface. When you finish cooking, allow the pan to cool gradually before washing or storing it.

In routine use, the common cleaning problems are often preventable. A stainless pan with stuck-on food may need warm water and gentle loosening, not hard scraping. A nonstick pan benefits from lower heat and a soft sponge. Carbon steel needs a dry finish after washing. These small changes reduce the need for aggressive scrubbing.

A pan’s oven limit is not a target for cooking or cleaning. Made In publishes limits of 800°F (427°C) for stainless-clad cookware, 500°F (260°C) for nonstick cookware, and 1,200°F (649°C) for carbon steel cookware. Confirm the limit for your exact model and any lid or handle, and use the care guide for routine cooking and washing.

Next step: use utensils and resting surfaces that do not force you to scrape, shock, or overheat the pan.

Common Cleaning Questions

These short answers cover the most common care decisions: what to do about stuck food, how to handle hot pans, and when to check the product guide. Because Made In cookware includes several materials, the right answer can differ by pan type. Use the instructions for your exact model when they provide a specific limit or method.

Can I put Made In stainless pans in the dishwasher?
Check the care guide for your specific stainless pan and any lid or handle. If unsure, hand-wash with warm water, dish soap, and a non-scratch sponge.

Can I wash a pan while it is hot?
Let it cool first. Pouring cold water into hot cookware can cause thermal shock and may stress bonded layers or contribute to warping.

How do I remove burnt food from a Made In stainless pan?
Let the pan cool, add warm water, and loosen the residue with a wooden or silicone utensil. Briefly simmering water can help soften stubborn food.

Can I use steel wool on Made In nonstick cookware?
No. Avoid steel wool, abrasive powders, and harsh scouring pads, which can damage the nonstick surface.

Should I use cooking spray on a Made In nonstick pan?
Avoid aerosol cooking sprays. Residue can build up on the coating and impair food release.

How do I clean a Made In carbon-steel pan?
Wash it by hand with warm water, avoid prolonged soaking, dry it thoroughly at once, and wipe on a very thin film of oil.

Can I simmer water in a pan to loosen food?
For stainless or carbon steel, a brief simmer can help release stuck food. Let the pan cool before washing, and do not leave carbon steel soaking.

What is the oven limit for Made In cookware?
Made In lists up to 800°F (427°C) for stainless-clad, 500°F (260°C) for nonstick, and 1,200°F (649°C) for carbon steel. Confirm the limit for your exact pan, lid, and handle.

How should I clean a Made In copper pan?
Follow instructions for its lining and exterior finish. Do not use abrasive polish on the interior.

Can I use a pan’s smoke point to choose a cooking temperature?
No. Oil smoke points vary by product and are not pan-temperature targets. Use the pan’s care instructions and control heat rather than treating a listed smoke point as a setting.

For everyday care, identify the material, let the pan cool, and choose the gentlest method that can release the residue. Warm water and patient loosening are safer starting points than forceful scrubbing. Dry carbon steel fully, and check Made In’s instructions whenever the pan, lining, lid, or handle has specific care limits.

(This article was written by one of our staff writers, James T. Caldwell. Visit our Meet the Team page.)