Heavy Hitter 80 MM Flat Burr Coffee Grinder With Variable Speed Motor And No Fuss Stepless Dial Featuring 58 MM Portafilter Fork And 70 GM Hopper Pulling Smooth Shots For Espresso Drip Pour Over And Cold Brew Daily
UPC:
Single Unit 80mm Flat Burr Coffee Grinder With Manual Speed
✔️ 550W drive, stepless dial, 70g bin, 58mm portafilter fork
This commercial coffee grinder serves up consistent particle distribution for solo brewing runs or small shop shifts. Built around a solid steel frame and straight forward controls, it feels pretty handy on everyday kitchen counters or dedicated espresso corners without eating up precious prep space. You grab a single machine per box along with a matching dosing cup and quick setup sheet.
✅ 80mm stainless steel flat burrs ensure uniform distribution for fine espresso targets to coarse cold brew batches
✅ Variable speed motor operates between 800 and 1600 RPM for tailored grinding pace on different roast profiles
✅ Marked 0 to 100 collar provides smooth stepless adjustments that let you micro tune your dose every session
✅ Magnetic chute and matching 58mm portafilter fork keep your workflow clean and hands free while you dial shots
✅ Lightweight 70g bellows hopper fits perfectly alongside single dosing routines and helps push remaining beans through
✅ Overall footprint measures 223mm by 138mm by 355mm (8.78in by 5.43in by 13.98in) with a solid 7.75kg (17.1lb) build
💡 How does an adjustable rpm electric coffee grinder maintain consistent particle distribution across varying bean densities?
The main advantage comes from syncing rotational velocity with actual grind resistance so thermal stress stays low during extended pulls.
- Tracking lower drive speeds cuts internal friction which protects volatile aromatic compounds sitting inside lighter roasted loads
- Pushing higher rotation rates tackles dense dark slabs quickly while keeping timing predictable for rapid morning service
- Matching motor torque to real world material density keeps output weight stable and stops uneven water flow inside final filter beds