Ground Coffee, Slow-Roasted for Best Espresso Macchiato Lock in peak freshness and authentic café quality with premium Italian coffee paired with an airtight Miir coffee canister. This elite hardware bundle delivers 88 brews of bold, zero-bitterness espresso, keeping your fresh grounds perfectly preserved for a rich, traditional espresso macchiato. Crafted from 100% Arabica specialty coffee, our master blend features high-altitude organic coffee meticulously sourced from legendary plantations in Brazil, Colombia, and Honduras. These high-grown espresso beans thrive in microclimates that naturally heighten sweetness. They are slow-roasted in small batches for maximum caramelization, yielding deep, low-acid undertones that cut beautifully through milk foam without needing artificial syrups. The Peak Flavor Unique Difference Fresh Roasted, Ground & Shipped to Order: We never let our coffee sit stale on a retail shelf. We only roast, mill to a precise fine grind, and ship within 4 hours of the roast, locking in your fresh roasted coffee at its absolute peak of aroma and degassing potential. The Perfect 300-Micron Grind Size: Milled precisely a little finer than standard espresso, our grounds are engineered to build a stable, full-bodied espresso base that perfectly balances and cuts through velvety milk foam. Near-Perfect 98% Grind Size Consistency: By maintaining uniform grinds, we eliminate the tiny dust particles that cause bitter over-extraction and the large fragments that cause weak, sour shots. You get pure, smooth flavor and maximum crema every time. Ultimate Freshness Protection with the Miir® Canister To ensure your Italian coffee beans never go stale, this bundle includes a stainless steel Miir canister. Engineered for the passionate home barista, this sleek countertop essential features a medical-grade stainless interior that won't absorb odors. Its genius interior accordion-style airlock system actively kicks oxygen out and locks freshness in with a simple press, completely shielding your delicate grounds from light and environmental breakdown.