EMBEDDED ENGINEERING & MANUFACTURING READINESS
Engineering Expertise, Working Alongside Your Team
Successful product development requires more than engineering expertise. It requires engineering that is connected to the product, the manufacturing process, and the goals of the customer.
Velosity provides embedded engineering support that works alongside customer teams throughout product development. Our engineers help solve complex challenges, evaluate, optimize, and test designs, improve manufacturability, and prepare designs for a successful transition to production.
By bringing engineering and manufacturing expertise together early, we help customers make informed decisions, reduce development risk, and create a smoother path toward production.
OUR CAPABILITIES INCLUDE
- Mechanical Engineering
- Design for Manufacturability
- Product Optimization
- Fixture Design
- Process Development
- Preparing for Production
EMBEDDED ENGINEERING & MANUFACTURING READINESS
Mechanical Engineering
Turning Ideas Into Functional, Manufacturable Designs
Mechanical engineering is the foundation of successful product development. Our engineers collaborate with customers to evaluate designs, solve technical challenges, and develop solutions that balance performance, reliability, manufacturability, and cost.
From early concepts through production transfer, we provide engineering support to help ensure products are designed with manufacturing success in mind.
Mechanical Engineering Services Include:
- Product design support
- Component and assembly development
- Material selection guidance
- Engineering analysis
- Design reviews
- Test system development
EMBEDDED ENGINEERING & MANUFACURING READINESS
Design for Manufacturability (DFM)
Designing Better Products From the Beginning
A product designed for manufacturing performs better, costs less, and can move to production faster. Our Design for Manufacturability (DFM) approach can begin as early as ideation, helping identify opportunities throughout the development cycle to improve product quality, simplify processes, and reduce potential manufacturing challenges.
By evaluating designs through the lens of tooling, materials, tolerances, assembly, and production processes, we help customers turn early concepts into manufacturable products, avoid costly redesigns, and get products to production sooner.
DFM Support Includes:
- Design reviews
- Material recommendations
- Tolerance optimization
- Tooling considerations
- Manufacturing process recommendations
- Cost and risk reduction opportunities
EMBEDDED ENGINEERING & MANUFACTURING READINESS
Product Optimization
Improving Designs Before Production
Even successful designs can benefit from refinement. Our engineering team evaluates product designs to identify opportunities that improve performance, manufacturability, quality, and production efficiency.
Through collaborative reviews and engineering analysis, we help customers optimize designs before committing to full-scale production.
Product Optimization Includes:
- Design refinement
- Component improvements
- Manufacturing simplification
- Cost reduction opportunities
- Process improvement recommendations
- Test method development
- Production readiness assessments
EMBEDDED ENGINEERING & MANUFACTURING READINESS
Fixture Design
Improving Accuracy, Repeatability, and Efficiency
Fixtures directly impact manufacturing accuracy and consistency. Velosity engineers design custom fixtures that support machining, assembly, inspection, and testing processes while improving repeatability and consistency.
Our fixture development expertise helps create efficient production processes while supporting quality requirements.
Fixture Design Support Includes:
- Process improvement solutions
- Assembly fixtures
- Inspection fixtures
- Machining fixtures
- Test fixtures
EMBEDDED ENGINEERING & MANUFACTURING READINESS
Process Development
Creating Reliable Manufacturing Processes
A successful product requires more than a great design—it requires a robust manufacturing process. Our engineers collaborate with customers to develop processes that support repeatability, scalability, and consistent quality.
By involving manufacturing expertise early in development, we help identify challenges before production begins and create processes optimized for long-term success.
Process Development Includes:
- Manufacturing process development
- Process optimization
- Tooling considerations
- Workflow improvements
- Manufacturing risk reduction
- Production planning
EMBEDDED ENGINEERING & MANUFACTURING READINESS
Preparing for Production
Connecting Engineering to Manufacturing
The transition from development to production is a critical milestone. Velosity helps customers prepare products for manufacturing by connecting engineering decisions, processes, tooling, and production requirements before moving into production.
Our manufacturing readiness approach helps identify potential issues early, refine processes, and align manufacturing requirements to support a smoother transition from development to production.
Support for the Transition to Production Includes:
- Production transfer support
- Process validation support
- Pilot builds
- Manufacturing optimization
- Launch preparation
Frequently Asked Questions
Why Work With an Engineering Partner That Also Manufactures Medical Devices?
When engineering and manufacturing are handled by separate companies, manufacturability issues often surface late in the development process, after tooling or fixtures are already built. Velosity’s engineers work alongside our precision machining, DFM, and process development teams, so manufacturing considerations are built into the design from the start. This early collaboration can identify potential issues sooner, reduce costly redesigns, and create a smoother path to production.
What Does Embedded Engineering Mean for Medical Device Development?
Embedded engineering means Velosity’s engineers work directly alongside your team throughout development, not as a separate vendor brought in after key decisions are made. Our engineers evaluate designs, solve technical challenges, and connect early engineering decisions to real manufacturing processes. Because our engineering team works closely with our machining and production capabilities, potential issues are identified and addressed earlier, before they turn into costly redesigns or delays.
What Is the Difference Between Medical Device Design and Medical Device Engineering?
Medical device design typically focuses on form, function, and user experience, while medical device engineering translates that design into a product that can be built and manufactured. Velosity’s embedded engineering services bridge the two by evaluating designs for manufacturability, material selection, tolerances, and production readiness. This connects design intent to the realities of manufacturing and identifies potential issues before they lead to costly redesigns or delays.
When Should I Bring an Engineering Partner Into Medical Device Development?
Engaging an engineering partner early can identify design, manufacturability, and process considerations before they become more difficult or costly to address. Velosity’s embedded engineering team works alongside your team from early development through prototyping and manufacturing readiness, providing engineering support as your product moves toward production.
How Does Design for Manufacturability (DFM) Reduce Risk in Medical Device Engineering?
Design for manufacturability (DFM) evaluates a product’s tooling, materials, tolerances, assembly, and production requirements before manufacturing begins. Identifying potential issues early can reduce surprises during tooling and production and minimize the need for costly design changes later. Velosity incorporates DFM into its embedded engineering process so customers develop designs that are better prepared for manufacturing and commercialization.