Engineering design consultants offering engineering analysis resource to the manufacturing, engineering and scientific sectors
Best Solution can supply transfer function, block diagram representation, or complete detailed control system designs for motors or actuators. We can also advise on control strategies and power electronics drive configurations for special applications. Examples include position and speed control using brushed or brushless d.c. motors and actuator drivers for fast response applications.
Best Solution has experience in the design and modelling of a wide range of electromagnetic actuators including linear actuators, torque motors, optical scanning motors, a.c. and d.c. solenoids, permanent magnet linear motors and loudspeaker motors. We are experienced in classical magnetic circuit design methods, finite element optimisation, and dynamic modelling. We can provide detailed performance …
Magnetic rotary couplings are often used by pump manufacturers to isolate a motor from the pump components. The isolation of these components might be desirable for one or more reasons. The fluids in the pump may be corrosive, toxic, under pressure, or sensitive to corrosion from motor lubricants or other materials. The coupling would typically …
Our finite element based techniques can provide invaluable support to designers of rotating machines, including the following tasks: Flux plots showing leakage, saturation and local flux densities Quantification of iron loss Prediction of tooth ripple losses Cogging torque estimates Output torque prediction Radial stiffness prediction Thermal characteristics Stress and vibration Starting performance simulation Best Solution’s …
Analytical and finite element methods are used in assisting our customers in the design of space frame type structures. Loads can include inertial, magnetic, pressure or gravity loading or different combinations of these and other types of loads. An example of a simple loading situation might be gravity only loading on a dish antenna, where …