Best Kitchen Scales for Bread Baking

Weighing flour avoids changes caused by how tightly it is packed into a cup. It also makes baker’s percentages and batch scaling easier. It does not eliminate every measurement error or make different flours behave identically: bread flour and all-purpose flour can still need different amounts of water.

These recommendations compare published features and instructions. We have not performed side-by-side accuracy, response-time, durability, or small-load tests. Prices below are manufacturer-store listings checked September 26, 2026, in US dollars before tax or shipping; retailer prices and product revisions can differ.

What to Look For in a Baking Scale

Capacity includes the bowl. For example, 1,000 g flour + 700–800 g water + a 500–1,000 g bowl totals 2.2–2.8 kg, before other ingredients. A 5 kg scale leaves useful room for that batch. Smaller batches can fit a lower-capacity scale; larger batches may need more. Taring removes the bowl’s weight from the display, not from the load the scale must support.

Resolution is the size of the displayed step. A 1 g increment is practical for weighing hundreds of grams of flour or water. It cannot distinguish a 0.8 g yeast target properly. A 0.1 g increment offers finer indication, but is not a promise of accuracy within 0.1 g: calibration, repeatability, minimum load, and the way the scale responds to small additions also matter. Changing units does not create a hidden precision mode.

A 0.5 g difference from a 0.8 g yeast target is a 62.5% difference in yeast quantity, not a 62.5% difference in rise time. Fermentation also depends on temperature, dough composition, yeast condition, and the stage at which you assess it.

Tare and visibility matter in daily use. Check that a bowl sits securely, does not touch the counter or adjacent objects, and leaves the display readable. A pull-out display can help with overhanging bowls. Test the controls with your own bowl during the return period if possible.

Check what auto-off actually does. Display sleep and full shutdown can be different events; shutdown may erase the tare. Choose a timeout that suits your workflow, and have ingredients ready before weighing. This is useful for repeated starter feedings as well as mixing dough.

Four Options to Consider

OXO Good Grips 11-Pound Food Scale — For Bowl Visibility

OXO’s pull-out display is the main reason to consider this model. Its current product page lists an 11 lb capacity and increments of 1 g or 0.1 oz. The listed price was $64.99.

An OXO-authored manual for the stainless-platform 11 lb model specifies a 5 kg maximum, four AAA batteries, display standby after six minutes, and shutdown with memory loss after 30 minutes. Confirm those details against the manual supplied with the version you buy; the current product page does not identify that manual’s revision.

Choose it for: display placement around bowls. Consider: 1 g increments are unsuitable for directly resolving sub-gram yeast targets, and the display cable has finite reach. No claim of instant response or market-leading accuracy is made here.

Escali Primo — For Simple Controls

The Primo has two-button operation and a sealed control panel. KitchenSupply’s current listing showed $49.95. The manufacturer’s manual specifies 5 kg capacity, 1 g increments, four-minute auto-off, and two AA batteries.

Choose it for: straightforward tare-and-weigh operation. Consider: it has no pull-out display or 0.1 g mode. Check bowl visibility and current offers before calling it the cheapest option. A sealed control panel does not make the whole scale waterproof.

My Weigh KD-8000 — For Capacity and Percentage Weighing

The KD-8000 manual specifies 8 kg capacity and 1 g increments. Its percentage mode uses a reference flour weight as 100%; follow the mode’s instructions when weighing subsequent ingredients. You can also calculate percentages from gram weights measured on an ordinary scale.

The documented power options are an included approved adapter or three AA batteries. Auto-off can be set to approximately two minutes, five minutes, or disabled; disabling it is not described as an AC-only feature. Confirm the adapter is included in the retailer’s particular package and check its current price.

Choose it for: heavier batches, percentage display, and configurable shutoff. Consider: counter space and whether you will use the additional controls. It still has 1 g increments.

AWS SC-2KG — For Finer Display Increments

The manufacturer’s listing specifies 2 kg capacity, 0.1 g readability, and two AAA batteries, at $25.99 when checked. Its smaller platform suits a separate ingredient dish; account for that dish in the total load.

Choose it for: finer displayed steps than a 1 g kitchen scale. Consider: neither the display specification nor this review establishes its minimum reliable yeast dose. The SC-series manual and current listing differ on required calibration weights; consult AWS for the exact version before attempting adjustment. A specific auto-off interval was not verified.

Do You Need Two Scales?

Only if your current scale cannot handle both your largest load and your smallest important ingredient. A main scale plus a smaller scale can be convenient, but a suitable single scale or dual-platform model can also work. There is no universal price below which one scale cannot do both.

For a recipe with a tiny yeast dose, choose equipment with documented performance at that dose or a tested recipe whose quantities suit your equipment. A yeast quantity above 2 g is not automatically large enough for every 1 g scale. Salt quantities also depend on batch size; the word “salt” alone does not establish which scale you need.

How to Weigh Ingredients Reliably

Place the scale on a stable, level surface away from drafts, vibration, and hot cookware. Let it reach the operating conditions specified in its manual. Check that it starts at zero and has adequate battery power.

For a simple tare-and-add example, weigh 1,000 g flour, tare, then add 750 g water for 75% hydration, assuming those are the formula’s only flour and water contributions. Weigh small ingredients separately when that offers better control. Wait for the reading to stabilize before accepting it; do not assume very slow sprinkling will always register immediately.

Water is approximately 1 g per milliliter at ordinary kitchen temperatures, not exactly so. Follow the recipe’s gram amount when one is supplied. For temperature-controlled water, adjust its temperature in a separate vessel, then weigh the amount needed. Avoid splashing or putting a hot kettle on the weighing platform.

Clean according to the particular manual. Remove a platform only if it is designed to detach; keep liquid out of the electronics and do not immerse the base. If readings drift, check the surface, clearance around the platform, batteries, and the manufacturer’s troubleshooting instructions.

Grams, Ounces, and Measuring Cups

Grams are convenient for bread formulas, particularly small quantities. Digital scales can display fractional ounces, so comparing a 1 g increment with an entire ounce misrepresents how they work. Baker’s percentages work in any consistent mass unit.

Use a recipe’s supplied weights where possible. If only volume is provided, use that author’s measuring method or ingredient-specific conversion; a cup does not have one universal flour weight. King Arthur’s measurement guide, for example, uses its own flour measurement convention. Salt crystal size and yeast type also make generic teaspoon conversions unreliable. A recipe’s units alone do not tell you whether it was tested well.

Our Baker’s Bench can help with formula arithmetic. See Baker’s Percentages Explained for the calculation, the Bread Baking Equipment Guide for other tools, and beginner sourdough bread for a baking project.

For the coin comparison, the US Mint publishes a 5 g nickel specification; that specification does not certify the mass of a coin taken from circulation.