Laparoscopic box trainer · 3D-printed kit

Practice laparoscopy at your desk. Your phone is the camera.

LapLab is a box trainer you put together in minutes. Lay your phone on the plate, stream it to your laptop with LapLink, and work the instruments while you watch the screen, the way it feels in the OR.

The LapLab trainer: two side stands holding an angled port plate with two instrument ports, a phone lying on the plate, and a sliding module rack underneath. Phone or iPad → camera window 2 ports · 5 mm TPU seals Sliding rack positions the task
16settingsPlate angles from 6° to 43°: four hook heights × seven shelves.
0toolsSlots and hooks together. Thumbscrews tighten by hand.
5mmPorts with soft TPU seals for standard 5 mm instruments.
37×22cmFootprint on the desk, about 21 cm tall.

How it works

Set up in three steps, no camera to buy.

01 · BUILD

Put the box together

Lower the side stands onto the rack rails, then slide the plate in. Its pins drop into the hooks at the front and rest on a shelf at the back. The rear brace clips on and tightens with one knob.

02 · CAMERA

Lay your phone on the plate

Place the phone over the camera window, lens down, against the ledge. An iPad works the same way. It looks straight down at the task.

03 · SCREEN

Watch it on your laptop

Open LapLink to stream the phone's camera to your computer, or use a video call. Put the laptop behind the box and train looking up at the screen.

Front view of the trainer showing the two instrument ports in the plate, the hook slots on each stand and a module sitting on the rack.

Adjustable

Change the angle, change the reach.

Each stand has four hooks at the front and seven shelves at the back. Pick a pair and the plate locks at that angle with a J-shaped catch. Low and flat for long reaches, steep for working close to the camera.

Underneath, two bars slide left and right on the rails and four corner holders slide front to back, so you can put the task anywhere under the camera and lock it with thumbscrews.

Peg transfer board in the task base, with six orange TPU rings on one side's pegs.

The kit

Everything for the box, plus peg transfer.

    Order a kit

    Add-ons

    More stations, sold separately.

    Each module drops into the task base in place of the peg board. Add any of them to your order.

    Not in the box

    What you bring.

    Instruments

    Laparoscopic graspers, scissors and a needle driver, 5 mm shafts. Training-grade sets around 30 cm (12") long work well.

    A phone and a laptop

    Any phone or iPad with a camera to lay on the plate, and a computer to watch it on with LapLink or a video call.

    Practice supplies

    Gauze squares, suture, a silicone suture pad and a bit of foam, depending on which stations you use.

    Order

    Each kit is printed to order.

    Ordering is a short form. Pick the kit and any add-ons and tell us where to send it. We'll email you to confirm the total and payment before anything is printed.

    Open the order form

    1. Fill in the order form with your kit, add-ons and shipping address.
    2. We reply by email with the total and how to pay.
    3. Your parts are printed, checked against each other and packed with assembly instructions.
    4. It ships to you. Lead time is on the form.

    Questions

    FAQ

    Do I have to assemble it?

    Yes, but it takes minutes and no tools. The stands lower onto the rails, the plate slides into the hooks, and everything else drops in or tightens by hand. Printed instructions come in the box.

    Which instruments fit?

    The ports take standard 5 mm laparoscopic instruments through soft TPU seals. Training instruments around 30 cm (12") long reach the task at every plate setting.

    What camera does it use?

    Your own phone or iPad, lying on the plate over the camera window. Stream it to a laptop with LapLink, or join a video call from both devices.

    What can I practice?

    The kit includes peg transfer. Add-ons cover precision cutting, ligating loops, needle handling, suturing and knot tying on a pad, and hand-tied knots. These follow the classic box-trainer skill tasks used in surgical training.

    What is it made of?

    The frame and modules are printed in PLA. The port seals, peg rings, foot pads and pin caps are printed in flexible TPU.

    Is this a medical device?

    No. It's a practice trainer for building skills, not for use on patients.