Solutions to Order
Solutions to Order
Whether you are working in life sciences, medical, aviation and space, or robotics and industrial automation, motion control is a key factor to your growth and competitiveness. When you look to a company like Lin Engineering, you want to know they have the capabilities that will support your best efforts. And when you have a challenge, you want a valuable partner who can help, with an experienced team, to provide a solution. This is why Lin Engineering has made it their goal to understand how to support their business partners and customers in a way that is, technologically valuable, cost-effective, and relevant.
Along these lines, Lin Engineering has learned that providing services, such as early prototypes, modular product offerings, and levels of customization when necessary put the customer in the driver’s seat. Supporting customers then becomes a matter of listening and adjusting to the specific needs of the application or project. In order to do this well, Lin Engineering has continually invested in every portion of their business—from business strategy to technological innovation—to provide the capabilities you need from them.
For example, using their unique modular approach to product integration and production, Lin Engineering can adjust quickly to the needs of their customers with a product that is more tuned to an application than ever before. This flexibility allows them to quickly design and build an early prototype for quick turnaround. Not only do they have an online tool to help customers with these early decisions, but they are also then able to deliver against a budget. Once the customer has evaluated, adjusted, and tested their solution, Lin Engineering is able to put their selecting into production.
This is the case even when customer specifications require a custom or semi-custom solution. For example, a customer may require custom moldings for specific hazardous requirements, or specialized drivers for aerospace use, unique control features for laboratory or medical designs, as well as open- or closed-loop feedback devices, or any number of other features. Working with a company that is agile and flexible means that your specific needs can be accommodated without concern. Trust becomes the keyword with reliability and long life being the result.
Depending on the needs of the customer, once a design is nailed down, production can be limited to small volumes or large. Delivery dates can fluctuate or remain consistent on a month-to-month basis. What is more important is that Lin Engineering has the capability to match the fluctuating needs of their customers, allowing them to ramp production up quickly when needed.
A company’s capability to help solve its customers’ challenges is key to maintaining a good working relationship. Lin Engineering has moved in that direction from the beginning, recognizing that customer needs must be met from beginning to end in order to have a valuable and long-lasting relationship.
Utilizing Frameless BLDC Motors for Electromagnetic Resistance in Next Generation of Smart Home Gym Equipment.
The new generation of smart home gym equipment utilizes BLDC motors such as our frameless motors to provide electromagnetic resistance. Such gym equipment often needs to be as light and compact as possible while still offering a full and complete workout. Frameless motors are ideal for this application because they eliminate wasted space and redundancy by design.
Aviation Applications and IP Rated Motors
Most aerospace industry components—including those used in general aviation applications—are exposed to the elements repeatedly throughout their use. This is particularly true for motors since motion control of everything from fuel lines and ailerons to instruments and controls are implemented both inside and outside of the aircraft.
Reducing Motor Weight
Today’s manufacturing equipment needs to have a smaller footprint, offer superior performance, and weigh less than ever before. Weight is an important factor not only because it aids in providing greater efficiencies for speed and torque, but for portable equipment, including table- and desk-top systems such as 3D printers, simulation systems, and medical lab equipment. In a motion system, motor weight can be very important.