Precision torque, 50 magnetic S2 bits and a premium aluminum chassis — a compact toolkit built for PCB and device repairs.
Nothing grinds a repair to a halt like a stripped screw or the wrong bit at the bench — and too many kits trade finesse for brute force. We need precise torque, the right bit for every micro screw, and a compact layout that survives being tossed in a toolkit without scattering parts all over the floor.
Enter the Fanttik E1 Max Electric Screwdriver: a compact, aluminum-bodied driver that pairs a NeoPulse motor with 50 magnetic S2 bits, pop-up magnetic storage, and USB‑C fast charging. We put it through PCB-level and consumer-electronics tasks to see whether that mix of precision features and portability actually solves the everyday pain points of phone, camera, drone, and watch servicing.
Fanttik E1 Max Mini Precision Screwdriver Kit
We find this kit excels at PCB-level and consumer-electronics maintenance thanks to its precise torque control and extensive bit selection. For hobbyists and technicians who need a portable, premium-feeling driver for phones, cameras, drones, and watches, it strikes a strong balance between design and function.
Overview
We approached the E1 Max as a bench-top precision tool built for repeated, small-format repairs. The unit blends an aluminum alloy housing with a NeoPulse motor tuned to low-RPM, high-control operation—designed to reduce cam-out and over-torquing on fragile fasteners.
What’s in the kit
Performance & torque control
We tested the three torque regimes (low, high, and manual) across common electronics screw sizes. The motor runs at roughly 200 RPM, which favors control over brute force. The magnetic chuck and snug bit engagement produce minimal wobble—important when working with small hex and tri-point heads.
| Mode | Torque | Typical use cases |
|---|---|---|
| Low | 0.05 N·m | Fragile plastics, thin-plate electronics |
| High | 0.2 N·m | Small metal fasteners, thicker assemblies |
| Manual | 3 N·m (hand) | Final torqueing by hand, heavy fastening |
Battery, charging, and runtime
In our mixed-use runs the battery handled several small jobs but will require recharging with sustained use—acceptable for most bench tasks but limiting for long field sessions.
Magnetic case and bit management
The magnetic pop-up tray is a thoughtful touch: bits remain organized, the case closes firmly, and accessing the driver is quick. We advise a secondary pouch for transit since the driver can pop free if jostled in a bag.
Who this is for
We recommend the E1 Max to electronics technicians, hobbyists building PCs (for lighter screws), drone and camera repairers, and anyone who needs a compact, accurate driver for delicate assemblies. It’s not intended as a replacement for high-torque cordless drills or impact drivers.
FAQ
The E1 Max is optimized for small electronics fasteners—phones, cameras, and small laptop components. It can work on some PC case screws but lacks the sustained torque for larger motherboard standoffs or stubborn case screws; for those we’ll use a full-size cordless driver.
Lower torque settings reduce cam-out and strip risk, which is crucial for thin plastics and small threads. We recommend always starting at the lowest torque for plated or fragile parts and increasing only if the screw doesn’t budge.
Use the included magnetic case for organized storage on the bench. For transport we add a soft padded pouch or a small tool roll to prevent the driver from popping out and losing bits when jostled.
Bits snap into the magnetic chuck securely; we keep the most-used bits in the top row of the pop-up tray for fast access. The magnetic tip is helpful for single-handed swaps when changing between drive types.
The battery is integrated into the handle; it’s not intended for field replacement. If long-term capacity declines, contact support for service or replacement options rather than attempting internal repairs.
Yes—bits are S2 steel and held up well in our cyclical tests. They’ll show wear over time on corrosive or very high-torque tasks, but for typical electronics repair they offer good longevity.
Picked this up after the review — the bit selection is legit. The magnetic case actually holds everything in place during travel. Torque control feels nice for tiny PCB screws.
Only gripe: wish the LED was a touch brighter for deep corners.
Do you find the magnetic bits stay magnetized after repeated use? I’m paranoid about losing tiny screws.
Glad the kit worked out for you, Nathan. The LED is intentionally subtle to avoid glare on delicate components, but I agree a slightly stronger setting could help in tight spots.
Totally — I modded mine with a tiny clip-on lamp for really cramped laptop hinges. Kind of overkill but works 😂
I have a mixed take on this one.
First, the build quality is very premium — feels better than many $50 kits I’ve tried. The aluminum case is neat and the USB-C charging is convenient.
But the manual confuses me: it mentions a D battery in one place and a lithium cell in another. Also, while torque is great for phones and cameras, it’s a bit twitchy on very tiny watch screws (I had to use manual control).
Overall: excellent for hobbyists but not a perfect replacement for a dedicated watchmaker’s screwdriver.
Ugh those listing mistakes drive me nuts. Glad it’s lithium — D batteries in a precision tool would be wild.
Thanks for the detailed feedback, Emma. The D battery reference is an error in the product listing — the E1 Max uses a built-in lithium-ion cell and charges via USB-C. Good catch, we’ll note that in the review. Your point about watch screws is valid; for sub-mm fasteners some prefer a manual torque limiter.
I did try lower torque but still preferred a hand screwdriver for the tiniest watch screws. For phones and laptops though it’s brilliant.
Have you tried dialing down the torque or using the manual mode? I had similar twitchiness until I found the sweet spot.
Bought this after your review and not disappointed! Love the magnetic tips and the USB-C charging — no more hunting for weird chargers. Price was right on Amazon too. 😊
One tiny nit: the carrying foam could use cutouts for some of the odd-shaped bits, they rattle a bit in transport. Otherwise solid.
You can add a little foam tape to secure the bits. Cheap fix.
Thanks, Sofia. We noted the foam layout in our teardown — hopefully Fanttik updates that in future revisions. Appreciate the heads-up about rattle.
Good idea, Daniel — will try that before I send it back. Thanks!
Hands-on note: it’s heavier than I expected — 421 grams on the spec is no joke. If you’re used to feather-light pen drivers, this feels substantial in the hand.
That heft isn’t bad; it gives a sturdy feel and steadies your wrist during delicate turns. But for all-day teardown marathons, your hand might appreciate a lighter option.
I actually liked the weight — felt more balanced when working on drones. YMMV!
Good point on weight, Liam. We mentioned the premium feel in the review; for bench work the mass can be a positive, but for long sessions a lighter manual driver might be preferred.
Good tip, Alex. Alternating is what I ended up doing.
If you’re doing a marathon, just alternate between this and a manual set. Problem solved 😅