Engineering design consultants offering engineering analysis resource to the manufacturing, engineering and scientific sectors
“Best Solution can support engineers engaged in their own development programmes. We can provide advice and guidance on simulation technique, or more specific coaching on design methods for electromagnetic devices, materials, test and measurement.”
We enjoy helping our customers with an increasingly broad spectrum of modelling tasks. These continue to present new challenges, and have helped us to build an experienced team and a powerful set of simulation techniques.
Best Solution supported Oxford instruments in the development of a magnetic system designed for a pioneering surgical technique. The system would potentially allow surgeons to
Best Solution’s customer, Oxford Instruments are world leaders in the design and manufacture of special superconducting magnets. Best Solution were able to provide modelling support
Our mechanical design services enabled Best Solution to design a high-performance scanning actuator for a military thermal imaging application. The actuator was capable of very
Best Solution can make accurate performance predictions for those designing or developing eddy current brakes. The mechanical design methods we use are largely finite element
Best Solution can provide bespoke designs for resolvers including variable reluctance resolvers, for specific customer requirements. We have produced designs for customers including 2 pole
Induction heating processes are commonly used to harden, anneal and bond metals. Induction processes are attractive because they include the following advantages: * Induction heating
Best Solution has a wealth of experience in the computer-aided engineering of inductors, transformers and other wound components. Using finite element based tools, we can
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
Exceptionally sensitive accelerometer type instruments can be used to detect tiny variations in the Earth’s gravitational field. These measurements can be interpreted in terms of
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
Best Solution has assisted in the development of a variety of sensors employing magnetic effects of one sort or another. These include: Flux gate magnetometers
Best Solution has assisted manufacturers of MRI scanner magnets using magneto-static finite element models. The models typically include the large superconducting magnet of the scanner
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.
Both electromagnetic and mechanical finite element modelling are powerful tools for designers of electric machines. For high-speed applications, some examples of the areas where Best
Best Solution uses a range of software tools to provide our customers with support in the design and performance simulation of products or processes that
In MRI scanners, the requirements for high field homogeneity and low leakage field are severe and conflicting, since the large mass of soft magnetic material
In order to magnetise modern rare-earth magnets, large magnetic fields are required. The fields required are large enough to present some significant challenges to the
The design of charged-particle beamlines requires close collaboration between beamline physicists, magnet designers and mechanical designers. Best Solution has been a key part of such
The Alpha Magnetic Spectrometer (AMS) is the second such particle physics experiment to be launched into space and will include the first large superconducting magnet
Many permanent magnet materials exist today, with the most common being ceramic or ferrite materials, where reasonable performance at very low cost is required. Other
Magnetic linkages are often designed into equipment where it is desirable to separate different sections of the same mechanism. This could be required for a
Magnetic shield and screen design can be a challenging area. Magnetic shields are made from soft magnetic materials i.e. those with very high permeability. Shield
Best Solution has assisted in the development of a variety of sensors employing magnetic effects of one sort or another. These include: Flux gate magnetometers
Many permanent magnet materials exist today, with the most common being ceramic or ferrite materials, where reasonable performance at very low cost is required. Other
Induction heating processes are commonly used to harden, anneal and bond metals. Induction processes are attractive because they include the following advantages: * Induction heating
Best Solution has assisted customers with the design of pressure vessels using parametric finite element models. This process is particularly well suited to irregularly shaped
Many permanent magnet materials exist today, with the most common being ceramic or ferrite materials, where reasonable performance at very low cost is required. Other
The photograph here shows the housing for an oil pipeline corrosion monitoring spool. The housing profile was adjusted for minimum stress using a parametric finite
Magnetic shield and screen design can be a challenging area. Magnetic shields are made from soft magnetic materials i.e. those with very high permeability. Shield
The design of charged-particle beamlines requires close collaboration between beamline physicists, magnet designers and mechanical designers. Best Solution has been a key part of such
Magnetic linkages are often designed into equipment where it is desirable to separate different sections of the same mechanism. This could be required for a
High thermal stresses can occur either as a result of temperature change in assemblies of materials of different expansion rates, or the kind of large
In order to magnetise modern rare-earth magnets, large magnetic fields are required. The fields required are large enough to present some significant challenges to the
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
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
Dockside articulated loading arms are used to load and unload bulk supplies of liquid natural gas. The time taken for this operation is significantly affected
Explore the range industry sectors and projects we have supported.
This section outlines our expertise in the field of engineering design services.
Find out how Best Solutions can benefit your business processes.
Speak to us today to discuss your project or seek advice.
Exceptionally sensitive accelerometer type instruments can be used to detect tiny variations in the Earth’s
Magnetic rotary couplings are often used by pump manufacturers to isolate a motor from the
Best Solution can provide bespoke designs for resolvers including variable reluctance resolvers, for specific customer
Many permanent magnet materials exist today, with the most common being ceramic or ferrite materials,
In order to magnetise modern rare-earth magnets, large magnetic fields are required. The fields required
Dockside articulated loading arms are used to load and unload bulk supplies of liquid natural
Magnetic linkages are often designed into equipment where it is desirable to separate different sections
Our finite element based techniques can provide invaluable support to designers of rotating machines, including
Magnetic shield and screen design can be a challenging area. Magnetic shields are made from
Induction heating processes are commonly used to harden, anneal and bond metals. Induction processes are
In MRI scanners, the requirements for high field homogeneity and low leakage field are severe
Best Solution has assisted in the development of a variety of sensors employing magnetic effects
We enjoy helping our customers with an increasingly broad spectrum of modelling tasks. These continue to present new challenges, and have helped us to build an experienced team and a powerful set of simulation techniques.
