About
Brushless DC motors can be designed with a variable number of pole pairs. The 4-pole motor option within maxon packs quite a punch and we will look at the engineering behind this remarkable product.

Join us to find out more about 4-pole DC motors - when they should be considered and how to measure the motor performance. Also discover what can be achieved when you combine a 4-pole motor with the Ultra Performance gearbox.

Delegates will learn:

1. The intricacies of brushless DC motor design
2. How a planetary gearbox is designed
3. When should you use a 4-pole motor?
4. How to increase the performance of a planetary gearbox?
5. Why might you need an increased performance?
Presenters
1663076161-345559224ddd5a57
Matthew Dean
Medical Sales Engineer
Matthew Dean is the Maxon Sales Engineer focused on the medical sector. He has worked for almost 20 years in the precision drives business. Matt gained a B-Eng (Hons) at Portsmouth University and has experience in both the high volume and high precision OEM environments.

Matt works with some of the leading medical companies across the world and has been involved in selecting DC motors and designing customised drives for a range of applications in the medical arena, including:

· surgical robots
· heart pumps
· drug delivery systems
· hand and leg prosthesis
· surgical hand tools
· exoskeletons
1663076193-56e4ade21b559f5f
Paul Fanning
Editor
Register To Watch Recording
Full name*
Email Address*
Country*
County / State*
Company*
Job Title*
Telephone*
Privacy Policy and Contact Preferences
Please read our Privacy Policy below. This will explain how we process, use and safeguard your data. In addition to this service, this magazine, other parts of the Mark Allen Group and partner organisations would like to contact you about events, products & services that we think will be of interest to you. If you would like to update your marketing preferences, please go here: https://contactpreferences.markallengroup.com.
Privacy Policy
✓ I understand*
We use BigMarker as our webinar platform. By clicking Register, you acknowledge that the information you provide will be transferred to BigMarker processing in accordance with their Terms of Service and Privacy Policy.
Powered by BigMarker