Our Mission in SOLO Motor controllers is to provide advanced, affordable, and easy to use Motor controllers, we want to eliminate the knowledge barrier for our users and speed up their project's development and time to market.
#ServoDrive#MotorController
CUBIC POLYNOMIALS!
#cubic#polynomials are one of the widely used #trajectory generation methods that are well known in #Robotics and especially modern #servodrives.
Using Cubic polynomials you can have a smooth profile for Position and Velocity with discontinuous Acceleration.
We made SOLO MINI be the little brother of SOLO UNO, same DNA and all the features...
It's available to be ordered on our website now!
#MotorController#servoDrive#newproduct
https://t.co/Pf6gXrONdn
@heinz_hjo@CANopen Hi @heinz_hjo, at the moment for this release the main focus was the compatibility to CANopen network, so the device profile 402 is not yet supported, it will be available in the next firmware releases.
Today we released a major new update for the firmware of SOLO Motor Controllers which will activate the @CANopen functionality for them, this will allow our users to put SOLO units in CAN bus networks and utilize them with other industrial machines and systems.
#CANopen
@TomStantonYT Hey @TomStantonYT , we will be more than happy to provide you a SOLO UNO motor controller, it will make your life much easier and gives u the chance to control various motors, PM us if you are interested.
how to simply set up and run your low inductance fast brushless motor using Raspberry Pi and SOLO in sensorless Mode to reach up to 30,000RPM of mechanical speed.
https://t.co/sgJIZaO4hp
A new video tutorial demonstrating how you can set up and servo-drive a DC Brushed Motor with SOLO is just out!
#dcmotor#servodrive
https://t.co/bjyFocfOsN
Servo driving of a Brushless AC motor with Raspberry Pi has never been so easy! have a look at our latest article showing how you can code in Python and get your Motor under full control.
https://t.co/SLL4ChqZk7
#python#raspberrypi#motorcontrols#servodrive
We just published a new article, demonstrating the Speed controlling of a high-speed Brushless motor using @Raspberry_Pi and SOLO by coding happily in Python.
@ThePSF
https://t.co/t4DwPlyVIu
Multi-Core processing in Motor controlling is shaping the future of this field, and we wrote an article explaining how a multi-core architecture prevails at any level over conventional Single-Core controllers.
https://t.co/pqRqq0Leu3
SOLO MINI, just passed all the functional and thermal tests, and it's ready for production.
It has significantly smaller dimensions compared to SOLO UNO and it offers all the features of SOLO UNO in a more compact design...
#motorController#powerElectronics
From today on @RobotShop, you can find SOLO UNO, an easy and powerful way to control various types of motors inside your projects with Arduino and Raspberry Pi compatibility and more!
https://t.co/RmCG6mkeTM
From today till the end of June 2021, we will charge no shipping cost for SOLO to all European countries, UK, USA, and CANADA! 🇪🇺🇬🇧🇺🇸🇨🇦
https://t.co/3lr4XHUnda
SOLO, getting Tested with @Raspberry_Pi using our Python library with both USB and UART!
We are finalizing the tests and some example codes are coming within days.
https://t.co/T1JgWHWNtU
Finally, our breakthrough update is here with parallel processing activation!
There is a radical performance enhancement achieved and the FOC loop is running with 140kHz now!
To know more please check this link:
https://t.co/VRmYZdkZLA
#servoDrive#MotionControl#FOC#BLDC#PMSM