The problem of Constant Speed Drill Presses: Make your high-end DIY Drilling Press

Are you tired of struggling with drilling devices that lack precise position, speed, and torque control? Look no further! In this video, we will initially demonstrate the problem with constant speed drilling machines, and how they make it difficult to have high-quality finished specimens.
The main struggle is as the Drill spins at a very high speed at an uncontrollable torque, it will be very difficult to control the quality of the holes, especially if you want to center them properly in a small laboratory setup, you with either need to purchase very expensive Drill press machines or you can create your own DIYed drill press following our tutorial here in this playlist using our Motor controllers.
This Drill Press will be equipped with a high-performance BLDC motor such that we will be able to control its Torque, Speed, and Position at any given time to any desired value
Unlock the potential of your drilling operations and achieve unparalleled control. Watch our video now and embrace a new era of precision drilling with SOLO Motor Controllers.
Visit our website: solomotorcontrollers.com/
To purchase a controller: www.solomotorcontrollers.com/...
00:00 - Introduction
00:49 - The pulley and the motor
01:19 - Drill bits set and the drill
02:04 - Vises and the drill guide
02:45 - Drilling process
04:01 - The result
04:25 - The problem
Here is the list of materials, used in this video:
1. Drill stand: www.amazon.it/Wolfcraft-50270...
2. Pulleys: www.amazon.it/alluminio-puleg...
3. Drill: www.amazon.it/Bosch-Home-Gard...

[@MaxNippard]

The tool you're looking for is a lathe. Spin the pulley and not the drill and it will stay on centre much better.
Even a makeshift lathe, made from the single speed drill and a 3d printed collet to hold the pulley in the drill chuck would work.
You make really nice motor drivers, maybe show them off powering interesting machines.

[@SOLOMotorControllers]

Thanks for the suggestion, yes, but this is just for small and inexpensive lab setups with a bit of curosity included 😉 I'm sure once we show the final result you'll find it interesting.