Mechanical Engineering |Engineering Consultants| Outer Reef Technology - Outer Reef Technologies

Mechanical Engineering

Outer Reef Technologies

Mechanical Engineering Medical Device Design

From medical device design to manufacturing, mechanical engineering plays a crucial role in ensuring a seamless process and successful project completion. And thus, we take pride in our team of experienced engineering consultants and mechanical engineers who work as genuine partners with our clients to create new medical products with precision and in conformance to the FDA regulatory requirements by leveraging on their mechanical engineering expertise at its best.

Outer Reef Technogies Offers Mechanical Design & Engineering Capabilities

At Outer Reef Technologies, our mechanical design and engineering capabilities are second to none. The unique combination of our experience, tools, skills, and knowledge empowers our team to serve you like no other. Our mechanical engineers are experts in using sophisticated 3D CAD modeling tools for product design and finite element analysis. Whether you need assistance with simple system design and the integration or complex mechanical design like a mul-tiered hi-risk medical device machine, we can assist you with them all. Here’s how we leverage our capabilities to get you the best results:

Conduct Research

Our mechanical engineering new device design process starts with proper project research. This empowers our team to understand the project better and select the right technologies to proceed further.

Material and Component Selection

We assist you with the right material and component selection. Our mechanical engineering team makes sure th at you have the right material that fulfills requirements successfully in terms of strength, solvent resistance, biocompatibility, and more. On the other hand, component selection allows our team to help you choose the best parts for successful design inclusion and performance.

Comprehensive Design

The next step is to develop assemblies and parts. We carry it on SolidWorks. Our team incorporates techniques for unmatched reliability. Our solutions are designed to address problems like ingress protection, EMC , and rough handling.

Testing

Throughout the process, we continue to test components and subsystems to ensure proper functioning and design compliance with the regulatory requirements. As our mechanical engineering team has a solid understanding of tools a nd techniques and knows when and how to use them, all enable us to provide our clients with the best medical device design.

Outer Reef Technologies Mechanical Design & Engineering Team Skill-Set

Our team is highly-skilled and talented. Our skills include but are not limited to:

  • 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

At Outer Reef Technologies

We have a team that can design practically anything for you. No project or medical device design is impossible for us. From an entire medical device to a single component of a larger medical device or maybe a system, we can do it all with precision and delivering you the targeted outcomes. Our mechanical engineering team has years of experience in designing, engineering, and manufacturing Class II and Class III complex medical devices. 

Moreover, our mechanical engineering team can also provide you with valuable engineering advice and assistance with technical solutions.

Our attributes like work ethics, mechanical design skills, and professionalism have earned our clients' trust and respect. Give us a chance to serve you. You will be happy with your decision. For more information about mechanical engineering or assistance, contact us today. We are here to help. Let’s discuss your medical device design needs and requirements, and we’ll work with you to make it a success.

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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.

FAQ's

What are the duties of mechanical engineering consultants?

Their duties are to:

  • Evaluate design sketches for improving existing tools
  • Review project instructions and blueprint to conform with test specifications
  • Conduct tests for assembled tools
What is Finite Element Analysis in mechanical engineering?

This is a process for calculating component strains, displacements and stresses under external and internal loads.

Why do mechanical engineers use SolidWorks?

It is a solid modeling computer aided design program that allows mechanical engineers to simulate tools for analysis of motion, structures, assembly tolerances, vibration, thermal characteristics and more. Moreover, it is also used for creating layouts, and mechanical design and documentation.

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Contact Us Today @ 954-323-7850 or By Completing the Following Form

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