OEM/ODM Manufacturing Services
OEM/ODM Manufacturing Services
Are you also facing these product development challenges
– Long product development cycles causing you to miss the best time-to-market?
– Struggling with inconsistent quality between prototypes and mass production?
– Stuck with international certifications and regulations, losing market opportunities?
– Lacking a manufacturing partner that can support both small-batch and large-scale production?
『We are able to......』
Comprehensive one-stop solutions from design to mass production
We provide one-stop solutions to bridge product development and manufacturing, ensuring a seamless process while reducing communication costs.
Accelerating time-to-market through rapid prototyping
We offer rapid prototyping services that accelerate the product development cycle and speed up time-to-market.
Providing dedicated technical support to fulfill customized solutions
Offering tailored OEM/ODM solutions with a focus on quality, cost control, and flexibility to enhance market competitiveness.
Magnus Technology has a team of professional engineers dedicated to OEM/ODM manufacturing services. From product design concepts and mechanical and circuit development to prototyping and mass production, we provide comprehensive one-stop solutions. We value close communication with our clients, gaining deep insights into their needs and offering optimized strategies, supported by robust supply chain management, to ensure every product meets requirements in quality, cost control, and development timeline — helping you smoothly complete each stage of the development process.
product development process
product development process
Step 1. Concept and Design Phase
· Conceptual Design and Feasibility Analysis
Creating preliminary design concepts and assessing feasibility in terms of technology, cost, and supply chain
· Industrial design
Appearance, Material, and User Experience Design
· Mechanical and Electrical Engineering Design
Designing Structures and Electronic Circuits to Ensure Reliability
· Design for Manufacturability (DFM)
Optimizing for mass production, assembly, and testing efficiency
· Prototyping and Concept Validation
Using rapid prototyping to validate design and functionality against project goals
Step 2. Validation Stage
·Engineering Verification Test (EVT)
Verifying that the design complies with engineering specifications and functional requirements
· Design Verification Test (DVT)
Validation of appearance, structure, and reliability
· Regulatory and Compliance Testing
Ensuring compliance with international standards
· Production Verification Test (PVT)
Small-batch trial production to verify mass production processes and yield rate.
·Trial Production
Process optimization and production process stabilization
Step 3. Verification Stage
· Mass Production
Commencing mass production to ensure stable supply and consistent quality.
· Engineering Change Management and Product Maintenance
Ongoing improvements through optimization and upgrades aligned with market requirements.
