Kindly Morrow
Magnetic Helping Hands with LED Magnifier
Four independent gooseneck arms, a shadow-free LED magnifier, and a magnetic base that stays planted while you reposition. Solo PCB work gets a lot less frustrating when you stop fighting your tools. This is the third-hand setup that actually holds what you put in it.
The heavy steel base uses dead weight plus magnetic grip to stay anchored while you bend and reset arms mid-build. Gooseneck arms hold position on the first bend with no spring creep. The 3X optical lens has an integrated LED ring mounted flush to the glass, so light comes through the magnifier directly onto the pad, no shadows.
Things to build with this
- SMD rework without a stencil: clamp the board under the magnifier, use a free arm to hold a flux pen at the correct angle, and inspect each 0402 or QFN joint under the coaxial LED before lifting your iron. The shadow-free light through the lens shows cold joints and bridges you would miss under a desk lamp.
- Splice a wire harness hands-free: clamp both stripped wire ends in separate arms at the correct approach angle, apply flux, and solder the splice without anyone holding tension off the joint. A third arm can stage solder wick for immediate cleanup.
- Through-hole kit population at pace: two arms hold the PCB flat at a comfortable angle, one grips a component lead upright so it cannot fall through the hole while you flip the board, and the fourth stages solder wick for the next joint. No tape, no putty, no second person.
Key Features
- 4 independent gooseneck arms with alligator clips: hold board, component lead, solder wick, and flux pen simultaneously
- 3X optical magnifying lens: read 0402 markings and inspect fillet quality without reaching for a separate loupe
- Integrated LED ring light: mounted flush to the lens so illumination is coaxial with your view, zero pad shadow
- Heavy weighted steel base: stable with hobby-scale PCBs up to roughly 150x100mm, no tip under normal arm adjustment
- Gooseneck arms hold position on first bend: no spring tension, no drift after you set them
- Magnetic base surface doubles as a parts tray: captures loose SMD components, screws, and cut leads before they hit the floor
- USB or battery powered LED (version dependent): USB is the practical bench choice for extended sessions
Frequently Asked Questions
Will the base tip when I reposition an arm mid-build?
Not under normal conditions. The base is weighted for stability with hobby-scale PCBs up to roughly 150x100mm. For larger or heavier boards, keep the arms positioned closer to the center of the base to maintain a stable center of gravity.
How bright is the LED, and does it create glare on shiny solder joints?
Brightness is calibrated for detail soldering work. Bright enough to read 0402 markings, but not so intense that it creates glare on reflective tin or silver joints. Because the LEDs mount flush to the lens, the light angle is consistent and low on harsh reflections.
Will the alligator clips score my PCB edges or component leads?
The clips are standard hobby grade with smooth inner jaws. They grip board edges and component leads without scoring under normal clamping pressure. For fragile flex PCBs or ceramic components, slip a short piece of heat-shrink tubing over the clip jaw as a buffer before clamping.
Can I use this for SMD inspection after soldering, not just during?
Yes. The coaxial LED and 3X lens combination is good for post-reflow inspection. Position the board under the magnifier, adjust the working distance until the joint fills the lens, and look for cold joints, bridges, and tombstoned components. It is not a substitute for a proper stereo microscope on dense BGA work, but it handles most hobby and prototyping inspection tasks.
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.
Your first blinking LED (seriously)
The "hello world" of hardware. Wire an LED to a board, write 3 lines of code, watch it blink. Then realize you can make it do anything.
Temperature logger with a graph
Read a sensor, log the data, plot it on a web page. Your first real IoT project. Show it to someone and watch their eyes light up.
Desk button that does one thing
Big red button on your desk. Press it and something happens. Order pizza. Turn off all the lights. Play a sound effect. You decide.
Build a theremin (sort of)
Ultrasonic distance sensor + a buzzer. Wave your hand and it changes pitch. It sounds terrible and you will love it.
