The Internet of Things (IoT) is generating a demand for the networking of physical objects with embedded sensors to collect data for both commercial and personal applications. And as a result, industrial OEM’s are in search of innovative technologies to support this demand with flexible and printed circuitry solutions. At The Cubbison Company, we specialize in the designing and engineering of flexible and printed electronics for prototype research and development projects and on commercially viable production runs.
Have you ever wondered what goes into building a Membrane Switch? See the entire process below.
Please complete the form and upload any plans, drawings or other mocks ups available. Our estimators will review your requirements and let you know if any additional information will be required. If you have any other questions please feel free to call us at (800) 733-4133.
The flexibility of copper flex circuitry allows unique connectivity challenges to be met with ease, as well as size restraints. Installation and maintenance are fairly simple and the removal of connectors and solder joints further reduce the cost over the lifetime of the solution. We ensure the highest quality product by putting copper flex circuits through rigorous testing prior to the assembly of components, avoiding costly and timely reassembly. These simple systems are designed to reduce interconnections and eliminate the margin for human error common in traditional wire assemblies.
Boosting affordability and the ability to operate with ease, a force sensitive resistor (FSR) is a flexible material that fluctuates its resistance when a force or pressure is applied. Ideal for human machine interface (HMI), control interfaces, medical, safety, recreational equipment applications, and variable input and output devices, FSR provides the opportunity to detect physical pressure, squeezing, and weight. At Cubbison, we print a carbon-based ink and a conductive silver ink on PET, and separate them by a spacer that goes into each build, which can accommodate a variety of configurations.
Why Printed Force Sensitive Resistors?
Our silicone rubber keypads are used in both consumer and industrial electronic products as a cost-effective and reliable switching solution. The technology utilizes the compression molding properties of silicone rubber to which upon depression of the switch the webbing uniformly deforms to produce a tactile response. Silicone rubber keypads are comfortable to use and are both waterproof and dustproof. The Cubbison team works with you to determine the components required to meet your exact needs, including tactile feedback, color printing and three-dimensional variables.