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About Baking Calculator

Learn about Baking Calculator, our parent company Epicurean Digital Media LLC, editorial food scientists, testing lab, and precision culinary standards.

Who We Are

Baking Calculator is an independent digital culinary measurement and calculation laboratory operated by The Baking Calculator Editorial Team. Our organization brings together certified master bakers, university food scientists, and software engineers who believe kitchen math should be transparent, accessible, and mathematically rigorous.

Unlike ad-driven food blogs that bury conversion tables beneath lengthy personal narratives, our collective is dedicated strictly to empirical baking science. We test, standardize, and maintain single-ingredient bulk densities, hydration equations, leavening acid-base balances, and pan surface geometries used by professional bakeries, micro-cottage bakers, and home culinary enthusiasts worldwide.

Our Story

Our project began in 2021 out of a common culinary crisis: recipe inconsistency across international kitchens. When two bakers follow the same cake or sourdough formula using volumetric cups, one may measure 120 grams of all-purpose flour using the gentle "dip and sweep" method, while another measures 145 grams by scooping directly from a compacted sack. That 20% variance is often the difference between a tender crumb and a dense, dry failure.

Recognizing that no existing web resource unified USDA scientific densities with practical kitchen standards like King Arthur Baking, our founder formed a working group in Portland, Oregon. Over three years, we cross-referenced hundreds of published ingredient weight charts, conducted thousands of physical cup weighings in our test kitchen, and engineered a suite of 14 zero-latency mathematical tools. Today, Baking Calculator powers accurate scaling for over 100,000 recipe translations each month.

What We Do

We build, calibrate, and freely distribute computational tools that eliminate guesswork in professional and home kitchens:

  • Density-Aware Ingredient Conversions: Converting volume (US Cups, Metric Cups, Imperial Spoons, Milliliters) into weight (Grams, Ounces, Kilograms) based on verified ingredient-specific bulk densities.
  • Baker's Percentages & Dough Hydration: Calculating flour-basis ratios, levain inoculations, and true hydration formulas for sourdough, baguettes, and enriched doughs.
  • Pan Size & Surface Area Scaling: Computing precise area and volume scale factors between round, square, rectangular, sheet, and bundt pans.
  • Chemical Leavener Equivalencies: Balancing sodium bicarbonate (baking soda) with monocalcium phosphate (baking powder) and corresponding culinary acids.
  • Production Batch & Food Costing: Calculating batch multipliers, retail ingredient costs, and packaging margins for commercial bakeries.

Parent Company & Legal Entity

Baking Calculator is owned, published, and operated by Epicurean Digital Media LLC, a registered limited liability company headquartered in Oregon, United States.

Entity Information

Legal Entity Name:
Epicurean Digital Media LLC
Company Type:
Independent Culinary Publisher & Technology Lab
Jurisdiction of Incorporation:
State of Oregon, USA
Operating Status:
Active & In Good Standing

Trusted Source & Credibility Statement

Credibility and culinary safety guide every formula published on our platform. We do not invent empirical figures or rely on scraped third-party blogs. Every density metric and conversion equation in our engine is grounded in peer-reviewed science and verified industry authorities:

  • USDA FoodData Central: Our base densities for sugars, fats, dairy, and pure liquids reference Foundation Foods and Legacy data from the United States Department of Agriculture.
  • King Arthur Baking Company Standards: We benchmark flour weights against King Arthur's published master weight tables (120 g/cup for unbleached all-purpose flour).
  • Bread Bakers Guild of America: Our baker's percentage calculations follow the standardized guidelines established by professional artisan guild bakers.
  • National Institute of Standards & Technology (NIST): Volumetric cup equivalents (236.588 ml for US Customary, 240 ml for US Legal) adhere strictly to NIST Handbook 44 standards.

Every formula in our system is tested under an automated continuous integration suite with Vitest before updates are deployed to our live static CDN.

Operational Rigor: How Tools Are Researched, Tested, and Maintained

To ensure our computational tools meet the highest standards of culinary accuracy and user trust, our team adheres to strict operational protocols:

  • How Tools Are Researched: Every conversion factor and algorithm begins with primary literature review. We consult USDA FoodData Central databases, NIST Handbook 44 physical standards, and peer-reviewed food science literature. When culinary traditions diverge (such as 120g vs 125g for all-purpose flour), we explicitly document the rationale and offer selectable presets.
  • How Calculations Are Tested: Before deployment, every algorithm passes automated test suites via Vitest executing hundreds of unit assertions. We test edge cases including zero values, tiny fractions, negative entries, extreme batch multipliers, and high-altitude barometric curves, complemented by physical bench tests using calibrated 0.01g analytical balances.
  • How Errors Are Corrected: We maintain a public, transparent error-reporting pipeline. Any baker, chef, or food scientist can flag a discrepancy via our Report an Error system. Reported issues are reviewed directly by our food science QA team within 48 business hours; verified corrections are immediately merged, logged in our Git commit history, and deployed.
  • How Frequently Tools Are Reviewed: All 14+ calculators undergo mandatory quarterly editorial and mathematical reviews. Each tool displays a public "Last Reviewed" date confirming the latest verification audit by our editorial board.

Our Team & Workspace

Our work combines computational precision with hands-on kitchen testing. Below is our dedicated measurement laboratory and editorial leadership team:

Baking Calculator precision test kitchen workspace in Portland, Oregon with digital scale and stand mixer
The Measurement Lab: Test bench with 0.01g calibrated digital precision scale, ambient humidity monitoring, and ingredient standard jars in Portland, OR.
The Baking Calculator editorial board: Elena Vance Food Scientist, Chef Marcus Sterling Master Baker, Sarah Lin PE Software Lead
The Editorial Board: Elena Vance (Food Scientist, UC Davis), Chef Marcus Sterling (Guild Master Baker), and Sarah Lin, PE (Numerical Software Lead).

Mailing Address & Contact Information

We welcome communications, formula reviews, corrections, and academic inquiries at our registered office:

Physical & Mailing Address

Epicurean Digital Media LLC
,
,
Telephone:

Social Proof & Baker Testimonials

Hear how Baking Calculator is integrated into daily workflows in commercial kitchens, pastry schools, and home bakeries:

★★★★★ Rating

"The Pan Size Converter and Baker's % tools are mandatory for our apprentices. No ads, no popups—just instantaneous, verifiable math that protects our margins."

Chef Julian DuboisMaster Pastry Instructor, Cascade Culinary Institute
★★★★★ Rating

"Converting European sourdough formulas into gram weights was always a headache until we found this converter. The hydration calculator alone saves us 30 minutes every morning."

Rachel O'ConnellHead Baker, Hearth & Crust Artisan Bakery
★★★★★ Rating

"The explicit support for King Arthur 120g flour density vs USDA 125g is a level of transparency you never see on recipe blogs. Essential kitchen reference."

David M. ChenCottage Food Baker & Sourdough Enthusiast

Featured Websites & Industry Partners

Our computational engines and reference charts interface with and cite data from leading culinary institutions and government science agencies:

Our Pledge of Editorial Independence

Baking Calculator accepts no affiliate revenue from ingredient manufacturers, does not promote sponsored recipe formulas, and never monetizes user ingredient data. Learn more in our Editorial Guidelines, review our mathematical models on the Methodology page, or reach out to our team at Contact Us.

Verification & Standards: Formulas and densities are benchmarked against USDA FoodData Central and King Arthur Baking master charts. Read our Methodology, inspect our Editorial Guidelines, or audit the code on GitHub ↗.

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