New Product Development & Industrialization
From product concept to engineering, prototyping, validation, industrialization, and production support.
SVI Global Tech helps overseas hardware and consumer product companies turn early product ideas into manufacturable, validated, and production-ready solutions.
We combine engineering, prototyping, testing, supplier coordination, DFM, cost engineering, and NPI support to reduce risk before tooling, production investment, and market launch.
Whether you are developing a new product, improving an existing design, validating a technical solution, or preparing for production in Asia, SVI provides the technical and supply chain support needed to move from concept to commercialization.
New Technology Research
New Material Evaluation
Engineering and Validation
Pre-Production Readiness
How Our R&D Team Creates Value
We reduce technical uncertainty and address risk before it reaches tooling, production, or market launch. This gives your product development process a more reliable technical foundation.
Advantages You Can Get
Know if your product idea works
Review your concept, materials, and manufacturing approach early. If there's a problem, you find out now right away.
Turn designs into real samples, faster
Manage prototype builds and supplier follow-up directly in China to get physical samples for review and testing.
Cut costs before going to production
Review your design, BOM, and manufacturing process for cost-down opportunities before tooling starts.
Get engineering work done in China
Offer engineering support on the ground in China, which can work closely with your suppliers without delayed communication.
Find out what's failing and why
Run functional and reliability tests, investigate failures, and give you clear answers: what passed, what didn't, and what to fix.
Produce a validated design
Move into mass production with a validated, stable design, and follow up any production issues with corrective actions.
Why Early Technical Involvement Matters
New technologies and materials may offer significant opportunities, but they can also introduce technical, cost, quality, and manufacturing risk that are far more expensive to address after tooling begins.
A design or material issue caught at prototype stage costs a revision. The same issue caught after tooling begins can mean a retool, a delay, and a production hold.
Early research and validation provide:
- Better understanding of technical feasibility before commitment
- Earlier identification of performance and reliability risks
- More informed material and component decisions
- Lower cost of engineering changes
- Clearer commercialization decisions
- A more reliable path from prototype to production
With structured R&D:
Risks are identified, tested, and addressed at the lowest-cost stage of development.
Without sufficient R&D:
Technical problems may only become visible after tooling, pilot production, or product launch.
How We Support NPD
Each project is evaluated with practical consumer product applications, commercial viability, and manufacturing execution in mind.
Our R&D Pathway-Technology and Material Research
- Application Exploration
- Feasibility Evaluation
- Concept Development
- Prototype and Testing
- Engineering Optimization
- Pre-Production Readiness
Once a technical solution has been validated and is ready for commercialization, it can be transferred to SVI’s Product Development team for further product development, production preparation, and supply chain execution.
For selected projects, the R&D team can continue managing the technical work through the complete pre-production stage.
New Product Development Capabilities
We support you across the complete new product development and industrialization lifecycle.
From early feasibility review and engineering development to prototyping, validation, DFM, cost optimization, NPI, and production support.
Concept & Feasibility
At the early stage, SVI helps customers evaluate whether a product idea, technical concept, material, component, or manufacturing approach is realistic before major investment decisions are made.
Capabilities included:
- Product concept review
- Technical feasibility assessment
- Material and process evaluation
- Technology and application research
- Requirement definition
- Initial risk identification
- Supplier and manufacturing feasibility input
Engineering Development
SVI supports the technical development work required to turn an idea or requirement into a workable product solution.
Capabilities included:
- Mechanical engineering
- Electrical engineering
- Product structure development
- Component and material selection
- Technical solution development
- Engineering optimization
- Technical documentation
- Supplier technical coordination
Prototype & Sample Development
SVI helps customers move from engineering concept to physical prototypes and samples that can be reviewed, tested, improved, and prepared for the next stage.
Capabilities included:
- Prototype development
- Engineering sample development
- Fixture and test setup development
- Sample review and improvement
- Supplier sample coordination
- Engineering issue tracking
- Design iteration support
Validation & Testing
SVI supports structured testing and validation to identify performance, reliability, safety, durability, and functional risks before production.
Capabilities included:
- Functional testing
- Reliability and durability testing
- Material and performance validation
- Custom test method development
- Failure analysis
- Troubleshooting
- Root-cause analysis
- Test reporting and validation records
DFM & Cost Engineering
SVI helps customers improve product design, material selection, component choices, assembly methods, and cost structure before production launch.
Capabilities included:
- DFM review
- DFA review
- Cost engineering
- BOM review
- Alternative component evaluation
- Material and process optimization
- Manufacturing process review
- Cost-down opportunity analysis
NPI / Industrialization
SVI supports the transition from validated design to production-ready implementation through tooling, pilot builds, supplier readiness, and process confirmation.
Capabilities included:
- Tooling coordination
- Pilot production support
- NPI planning
- Production-readiness review
- Supplier technical follow-up
- Process validation
- Quality requirement alignment
- Risk closure before mass production
Production Support
After the product moves into production, SVI can continue supporting technical issue follow-up, quality control, supplier coordination, and production execution across Asia.
Capabilities included:
- Production issue follow-up
- Supplier coordination
- Quality control support
- Inspection coordination
- Corrective action follow-up
- Engineering change support
- Production performance monitoring
- Shipment and supply chain coordination
R&D Case Studies
From material and process validation to custom test-system development and electronics architecture optimization, we combine engineering, testing, cost analysis, and pre-production support.
See the 3 case studies below show how our team helps customers validate new solutions, identify risks early, and create a clearer path from development to commercialization.
1. Architecture-Led PCBA Cost Optimization
Identifying a modeled path to up to 64% lower PCBA cost
Challenge
A customer needed to reduce PCBA cost without sacrificing essential product functions, connectivity performance, power management, or production reliability. A standard component-by-component price negotiation would not have delivered sufficient savings.
What SVI Global Did
SVI conducted BOM analysis, alternative-component evaluation, architecture comparison, firmware-impact assessment, NRE modeling, and volume-based cost analysis.
Rather than focusing only on lower-priced components, the team evaluated whether a different electronics architecture could reset the total cost base.
Result
The analysis identified a modeled opportunity for up to 64% potential PCBA cost reduction, subject to engineering redesign, prototype validation, performance testing, and production approval.
The customer received a clearer business case linking unit savings, engineering investment, technical risk, and volume payback.
Capabilities Demonstrated
- Electronics Engineering
- BOM Analysis
- Firmware Planning
- Cost Engineering
- Should-Cost Analysis
- Risk Assessment
- Business-Case Development
2. Material and Process Validation for a Sealing System
Reducing material, sealing, and tooling risk before production
Challenge
A customer needed to develop a sealing solution that could withstand chemical exposure, temperature aging, compression stress, and manufacturing requirements. The project involved both rigid structural materials and soft sealing materials, creating uncertainty around adhesion, durability, flavor interaction, and manufacturability.
What SVI Global Did
SVI developed a structured material-selection and validation framework covering material screening, mechanical testing, chemical exposure, aging, adhesion, compression performance, design-for-manufacture review, and supplier feasibility.
Nine material combinations were evaluated, allowing the team to identify stronger and weaker options before tooling decisions were finalized.
Result
The project narrowed a broad range of material options into practical, test-supported combinations and reduced the risk of late-stage changes caused by sealing failure, material incompatibility, or manufacturing limitations.
Capabilities Demonstrated
- Material Research
- Polymer Engineering
- Test Design
- DFM
- Supplier Coordination
- Risk Management
- Pre-Production Validation
3. Custom Automated Lifecycle Test System
Turning a complex user scenario into a repeatable test platform
Challenge
A customer needed to evaluate six consumer devices simultaneously under realistic use conditions, including controlled motion, airflow, temperature, grip pressure, and repeated operating cycles. Standard laboratory equipment could not reproduce the complete user scenario or provide sufficiently consistent test evidence.
What SVI Global Did
SVI designed and commissioned a custom six-device automated test platform integrating motion control, heated gripping, synchronized airflow, temperature monitoring, test fixtures, imaging support, and lifecycle sequencing.
The team also refined the test method through multiple rounds of measurement, correlation, and root-cause analysis.
Result
The customer gained a repeatable in-house test capability that could simulate real-use conditions, generate measurable evidence, and support faster troubleshooting during product development and validation.
Capabilities Demonstrated
- System Engineering
- Automation
- Fixture Design
- Test Method Development
- Instrumentation
- Validation Root-Cause Analysis
Explore New Technologies and Materials
Whether you are evaluating a new technology, testing an alternative material, developing a technical concept, resolving an engineering challenge, or preparing a validated solution for production, SVI’s R&D team can help establish a practical path forward.