Pentad Design was founded in 2003 by a team of enterprising and innovative engineers with more than 25 years in medical, consumer, commercial and industrial embedded systems design. We have applied our wide-ranging experience in embedded systems design to create and implement cutting edge technology for our customers. Pentad Design has implemented an impressive body of work.
Our numerous patents and steady stream of repeat clients and referrals testifies to the quality of our engineering skills. Many of our clients have been acquired by larger corporations due in part to their successes from the work we have performed for them. We have expanded our expertise to include a variety of engineering disciplines and we continue to push the envelope of technology to our client's strategic advantage.
We have provided design services and developed multiple products for small startup clients as well as for Fortune 500 companies. Our tight teamwork enables us to meet your aggressive design schedules, prototype design development, design changes, and critical market launch deadlines.
Our numerous patents and steady stream of repeat clients and referrals testifies to the quality of our engineering skills. Many of our clients have been acquired by larger corporations due in part to their successes from the work we have performed for them. We have expanded our expertise to include a variety of engineering disciplines and we continue to push the envelope of technology to our client's strategic advantage.
We have provided design services and developed multiple products for small startup clients as well as for Fortune 500 companies. Our tight teamwork enables us to meet your aggressive design schedules, prototype design development, design changes, and critical market launch deadlines.
Services
Working closely with our customer's engineering team, Pentad Design co-developed a creative embedded hardware and software solution for a new and novel method to record vibration and crash test data in extreme environments.
These miniature stackable modules can be added together for different channel count and sensor input needs.
Pentad Design offers a wide variety of electronic development and design services.
Our engineering team has many years of experience in embedded digital, analog, and wireless design.
These miniature stackable modules can be added together for different channel count and sensor input needs.
Pentad Design offers a wide variety of electronic development and design services.
Our engineering team has many years of experience in embedded digital, analog, and wireless design.
Working closely with our client's mechanical and industrial design teams, Pentad Design developed the hardware and firmware for an obturation device used by endodontists during root canal procedures.
The Dental Device synthesizes complex stimulus output waveforms, synchronously alt tagreads back the response waveform then rapidly executes customized algorithms to present a real-time display.
The DSP also handles keyboard scanning, CAN bus, LCD panel, timers, power management, audio output, user Interface, and communication with a PC.
The Dental Device synthesizes complex stimulus output waveforms, synchronously alt tagreads back the response waveform then rapidly executes customized algorithms to present a real-time display.
The DSP also handles keyboard scanning, CAN bus, LCD panel, timers, power management, audio output, user Interface, and communication with a PC.
Pentad developed the hardware and software and unique form factor PCBA for a TENS, (Transcutaneous Electrical Nerve Stimulation) device.
This hand-held device is used to provide electrical impulses that block or reduce pain signals going to the spinal cord or brain.
The battery operated device contains outputs for the leads that house the electrodes.
Design challenges included requirements for a cost controlled and space constrained design.
Pentad Design provides printed circuit board engineering for all types of industries- medical, aerospace, communications, industrial and commercial.
This hand-held device is used to provide electrical impulses that block or reduce pain signals going to the spinal cord or brain.
The battery operated device contains outputs for the leads that house the electrodes.
Design challenges included requirements for a cost controlled and space constrained design.
Pentad Design provides printed circuit board engineering for all types of industries- medical, aerospace, communications, industrial and commercial.
Pentad designed, fabricated and installed a portable test fixture for use in a medical device laboratory.
A PLC and touchscreen enable the user to control the system.
The device measures flow rate and pressure of a Device Under Test (DUT) and under a wide range of test conditions.
Pentad designed and fabricated custom machined parts and along with off the shelf components assembled and tested the system.
The test fixture was developed in concert with the client's Quality System and the mechanical drawings were generated to ASME-Y14.
A PLC and touchscreen enable the user to control the system.
The device measures flow rate and pressure of a Device Under Test (DUT) and under a wide range of test conditions.
Pentad designed and fabricated custom machined parts and along with off the shelf components assembled and tested the system.
The test fixture was developed in concert with the client's Quality System and the mechanical drawings were generated to ASME-Y14.
We designed the electronics and firmware for a nerve-stimulation device that enables control of a clinically obese patient's eating habits.
We designed a Class III prototype unit with a titanium enclosure and stimulation leads.
The device is implantable and the stimulation leads attach to the vagus nerve which prompts the user to control their eating and drinking behavior.
An external, hand held wand device communicates wirelessly with the implantable and enables data transfer via the wand to a PC.
We designed a Class III prototype unit with a titanium enclosure and stimulation leads.
The device is implantable and the stimulation leads attach to the vagus nerve which prompts the user to control their eating and drinking behavior.
An external, hand held wand device communicates wirelessly with the implantable and enables data transfer via the wand to a PC.
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