The most difficult stage in a product life is moving from the “Comfortable” stage of
research and development to the next level of actual manufacturing and marketing.
In the BDR Group companies, this process of taking a product from its early concept
stage through R&D to the final stages is a routine.
Every new project benefits from the history and knowledge of the company that
enables a better product and shorted path to the end.
The concept of handling all critical steps in the development, including software &
hardware design, PCB design, and mechanical design is crucial to reach the highest
level of quality.
The in house manufacturing capability, with the engineers located in the same
facilities is a major advantage especially in the first production batches where
engineering support is a requirement.
Image processing
Almost all products with a camera contain some kind of image analysis.
Image enhancements, objects counting, compression, or any other
information required from analyzing an image.
We have done it.
We know how.
Cameras
Almost in all of the products requiring an imaging device or camera we
are using our own cameras or our own camera design.
This gives a major advantage in many aspects, including
quality, performance, control over all the system ingredients,
obvious best support, and as important, stability and guaranteed
product life time.
Digital signal processing
From the first projects, till now, digital signal processing is one of the
major expertises of the company.
As a third party partner of Analog devices we are focusing in the Blackfin
family of high power and low consumption digital signal processing suitable
for mobile applications.
Biometrics
Over the years, we have developed several products intended to secure access.
Access control can be for a location, for information, or for activation of a personal
device.
To meet the demanding high quality and performance, we are using the most
advance biometric sensors, combined with our experience in the field, to create
reliable and quality product.
Finger print identification is used to enter offices, to login to computers, and to allow
operation of machines.
RFID
Radio-frequency identification (RFID) is an automatic identification method, relying on
storing and remotely retrieving data using devices called RFID tags or transponders.
We are using RFID Technologies on products that require protection against misuse
or when unauthorized manufacturing and illegal replication might be an issue.
In addition we have invented a revolutionary way to incorporate RFID in the
manufacturing process of medical devices to increase the tractability and to ease the
production process.
Medical devices
Developing a medical device requires the highest level of product development and
design control.
In this category, the benefits of the "design to production" philosophy comes to its
full meaning, when the entire process is controlled and maintained under the same
umbrella.
All medical devices are developed with tight connection to the medical or biological
requirement and the engineering team often needs to go deep into the medical world
in order to fully understand the requirements and achieve the best product.
Telemedicine
As a natural sweep from the world of telecommunication, and the experience in
medical devices development, we have gain knowledge and expertise in bringing
the medical devices from the hospital to the point of care.
Point of care can be a remote doctor's office, a small clinic or at home.
Once the clinical data is collected or measured, it can be transferred to a medical
center or server via Internet, telephone lines or cellular connection.
Motion Control
Different motor controllers have been developed either as a part of a bigger
machine, or as individual controllers marketed as an OEM card.
Such controllers can control different type of motors, and receive inputs from
sensors, encoders or any other interface.
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