Electrical Engineering

Why Outer Reef Technologies?

Outer Reef Technologies is committed to offering our innovative medical product development, and System Design and Integration. We hire the brightest engineering consultants to create solutions that will help you find the systems and devices you need to offer patients optimized care and resources.

Below are some of the skills we offer:

Scientific Analysis
Fluidics
Testing and Technology Assessment
Handheld Medical Devices
CAD
Wearables
Mechanism Design
Medical Disposables
Sheet Metal Design
Package Engineering
Plastic Enclosure and Part Design
Manufacturing Engineering (DFMA)
Surgical Tool Design
Test Engineering
Motion Control
Tooling Liaison

If you require medical electronic devices, don’t hesitate to get in touch with our teams.

Electronic and System Engineering

Electrical engineering has been crucial to the creation and success of modern healthcare, and system engineering ensures the models are efficient. We, at Outer Reef Technologies, are aware of the role these innovations in the field play in improving healthcare services. Therefore, our experienced engineering consultants offer the best combination of medical product design, development, and management who understand the intricacies and system requirements.

Our goal is to leverage the experience of our team to offer services that exceed your expectations and integrate seamlessly with your existing structure to improve efficiency and effectiveness.

Medical Electronic Devices’ Design Process

Our medical electronic devices’ design process priorities client needs and technological innovation. We pride ourselves on having some of the brightest electrical and software engineers on the team with diverse experiences.

Their unique abilities enhance overall creativity and establish a culture of innovation that maximizes design excellence.

We are dedicated to only offering the best design and development services to our clients. Your interests are safe

Medical Electronic Equipment Manufacturers Product Ideation

Outerreef’s design process optimizes medical product development through intelligent need identification and analysis.

Based on the results of this assessment, our team of experts works on targeted ideation using their experience and research to finalize the technologies that would help maximize the performance and output of the device.

You will remain informed about the progress every step of the way and review the work at the end of each phase.

Medical Electronic Equipment Manufacturers Process Development

We have polished our medical electronic equipment process development to increase efficiency with our quality control measures minimizing the chances of errors.

Our mechanical and engineering teams work together to convert designs into physical prototypes that go through rigorous testing and simulation to identify any possible discrepancies.

Only fully successful prototypes get the approval for

Practical Applications of Medical Electronic Equipment

Medical Electronic Equipment has been revolutionized, and Outerreef is committed to amplifying this change by continuing the cycle of innovation. This combination of electrical and software engineering has led to massive improvements in the healthcare industry.

Some of these improvements include neurological brain implants, accurate monitoring, improved communication and data transfer, and enhanced mobility assistance to people with disabilities.

Design of Medical Electronic Devices

When designing medical electronic devices, we focus on developing solutions that are not only customized to meet client needs but also offer them unique benefits. Our electrical engineers and software engineers work closely together to ensure the system design and innovation are extraordinary.

To inculcate a culture of innovation, we have hired a team with diverse experiences with Class I, Class II, and Class III devices. This allows us to have people working on their area of expertise, optimizing the design and development process.

Medical Electronic Equipment Manufacturers Process Development

To minimize inefficiencies around medical product development, we have developed a design process that helps us create the most technologically advanced system. Our teams go through the following steps for best results:

Step 1: Need Analysis
Our team conducts need analysis which takes client requirements into account and dissects them to understand the unique ways in which it can be catered to.
Step 2: Identifying Technologies and Software
Our Mechanical Design team and electrical and software engineers use the need analysis results to shortlist technologies and software that can be used to develop a product with satisfies all expectations.
Step 3: Developing Drafts for Review
After finalizing the basics, the teams work together to prepare a product draft to give you an idea about their thought process and their approach to tackling your medical product development need.
Step 4: Creating Test Prototype
Once the draft is approved, the teams work towards creating the first test prototype of the product to test out functioning, integration, and simulation. This helps both our teams and our clients observe the mechanics on a smaller scale.
Step 5: Finalizing Medical Electronic Device
The prototype highlights any discrepancies which need to be addressed, and the medical product development enters its final stages. Once the product is completed and tested multiple times, the team gives it a final test run to confirm efficacy before we deliver it to our client.

We are heavily customer-oriented and keep our teams available to address any concerns you may have with the product. They will train your staff in the usage and help out in the unlikely event that the products need repair.

Benefits of Electrical Engineering Medical Devices

Electrical Engineering Medical Devices have revolutionized the field by creating products that offer precise monitoring as well as surgical assistance and communication. Below are some of the key benefits:

Paved the way for neuroscience with the creation of brain implants that have drastically improved monitoring and restoration of cognitive abilities.
Created accurate monitoring devices that can be crucial in emergency situations like cardiovascular conditions.
Enhanced sensors and communication technology to help staff identify emergencies more quickly.
Mechatronics is revolutionizing mobility assistance and may alter the lives of many people with physical disabilities.

Product Examples

Robotics and Automation

Our main focus and core competency is developing robotic platforms from the ground up. We are proud partners with ABB and handle all of their medical applications.

Motor Controllers

No matter your motor controller needs, we have the solution. Our team can develop hardware and firmware for your sensored or sensorless BLDC motor.

Surgical Navigation/Motion Capture

We develop high accuracy and precision navigation systems for the medical and gaming industries. Our systems incorporate IMU, optics, and/or mechanical tracking options.

Surgical Suites

After working decades with the top surgeons, we have brought many Class III medical devices and suites to the industry from concept through clinical trials and 510k submission.

Imaging and Optics

Our team has extensive knowlege and experience developing and manufactiring optical devices ranging from LED fiber optics to rigid and flexible scopes.

High Precision Encoders

As nearly all of our products require the highest level of accuracy and precision, in a small form factor, we typically design our own encoder solution to meet the clients requirements.

Virtual and Augmented Reality

We have partnered with some of the top companies in the world to develop world class virtual and augmented reality devices. Our specialty is in sensor calibration, system integartion and verifcation.

Industrial Product and Packaging Design

Our design team utilizes SolidWorks to design and develop all of the products mechanical components. We utilize FEA and 3D printing to ensure our designs meet all requirements, prior to manufacturing.

Software and Application Development

These day there are apps integrated into nearly every product. We can support desktop, mobile and standalone apps, including apps which are required to integrate with the cloud and/or remote devices.