Kindly Morrow
Hot Air Rework Station (700W Digital)
Pull a lifted QFN, swap a sheared USB-C port, or harvest BGA chips from donor boards without scorching the substrate underneath. This 700W station heats fast, holds temperature under load, and gives you enough airflow control to work cleanly on 0402 passives and large BGA packages from the same unit. Three preset channels mean your profiles are one button press away, not buried in a menu.
Temperature spans 100-500C, covering everything from heat-shrink forming at the low end to aggressive lead-free reflow and BGA rework at the top. The digital display reads live temperature and airflow simultaneously, so you know the tip has stabilized before you touch the board. A practical daily driver for prototype builds, board repair, and component harvesting.
Things to build with this
- Reflow a cold-jointed ESP32 module by applying fresh no-clean flux and reworking at 350C with medium airflow, then confirming the fix over serial. The simultaneous airflow and temperature readout tells you exactly when the joint has reflowed without overheating the module substrate.
- Swap a sheared USB-C port on a controller PCB by wicking the old pads clean, aligning the replacement connector, and reflowing with the flat nozzle at 380C. The flat nozzle geometry concentrates heat along the row of pads without blasting the adjacent decoupling caps.
- Harvest BGA and QFP chips from donor boards for your parts inventory using a channel 2 preset locked at 400C high airflow, then lifting cleanly with a chip-puller. The preset channel means you can repeat the same pull across a stack of donor boards without re-dialing between each one.
Key Features
- 700W heating element: reaches working temperature quickly and holds it during extended rework without thermal droop
- Temperature range 100-500C (212-932F): covers lead-free reflow, flux activation, and heat-shrink in one unit
- Variable airflow control: dial down for 0402 passives and QFP pins, dial up for large BGA packages and shield cans
- 3 preset channels: store independent temperature and airflow combinations, recalled with one button press
- Digital display: simultaneous live readout of set and actual temperature plus airflow, no stabilization guesswork
- Multiple nozzle sizes included: round nozzles in varying diameters plus a flat nozzle for targeted IC footprints
- C/F toggle: switch units instantly to match your solder paste or rework datasheet without mental conversion
Frequently Asked Questions
Can I use this to solder new SMD components, not just rework existing ones?
Yes. Apply solder paste to the pads, place the component, and reflow with hot air. It handles QFN, QFP, and passives down to 0402 reliably. It is slower than a reflow oven for full boards, but perfectly solid for one-off prototypes and hand-built units.
What nozzles are included, and are aftermarket nozzles compatible?
Most units ship with 3-4 round nozzles in varying diameters plus a flat nozzle. A 5mm round covers the majority of small component work. Aftermarket nozzle kits for standard 700W stations are widely available and inexpensive if you need a specific footprint profile.
How do I avoid damaging nearby components when reworking a single chip?
Use the smallest nozzle that fully covers your target, keep airflow low enough that adjacent parts are not visibly disturbed, and apply Kapton tape over neighboring components as a heat shield. With the right nozzle selection and controlled airflow, you can rework individual ICs without lifting nearby passives.
Why we stock this
Curated by Kindly Morrow. We test and vet every product before it hits the store. If we wouldn't use it in our own builds, we don't sell it.
Things to build with this
Fun projects to try once you get your hands on it.
Connect it to Home Assistant
Most hardware plays nice with Home Assistant. Add it to your dashboard, write an automation, and make your home a little smarter.
Hook it up to Claude
Wire it to an API, point it at Claude, and let AI decide what it does. The future of hardware is firmware you didn't write.
Give it to a kid and watch what happens
Half the fun of hardware is watching someone else figure it out. No instructions, just vibes.
