New Product Development Services

Our new product development services help OEMs and manufacturers turn product concepts into manufacturable designs, from feasibility analysis and concept development to detailed engineering, design optimization and manufacturing support.

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New Product Development Services

Product Feasibility Analysis

Successful product development starts with a clear understanding of the product requirements and technical constraints. Evaluating these early helps establish a practical development approach, identify potential challenges and avoid unnecessary design changes as the project progresses.

Sedin Engineering supports OEMs and manufacturers in assessing product feasibility before moving into concept development and detailed design.

Our support includes:

  • Requirements analysis and specification review
  • Technical feasibility assessment
  • Material and manufacturing considerations
  • Identification of potential design risks

Product Concept Development

Product Concept Development

Once the product requirements and feasibility are established, the next step is to translate them into practical design concepts. Our team develop and evaluate concept options based on the intended functionality, design requirements and project constraints.

Our support includes:

  • Concept development and preliminary layouts
  • Initial 3D CAD modeling
  • Evaluation of design alternatives and component arrangements
  • Review of concepts against functional and manufacturing requirements

Detailed Product Design

Detailed Product Design

Turning a concept into a manufacturable design requires detailed engineering of components and assemblies. Sedin Engineering develops 3D models and engineering drawings based on approved concepts, functional requirements and manufacturing needs.

Our support includes:

  • 3D part and assembly modeling
  • Detailed engineering drawings with GD&T
  • Material and component specifications
  • BOMs preparation

Design Optimization and Validation

Design optimisation and validation

A well-developed design must meet functional requirements while accounting for manufacturing and assembly constraints. Our engineers reviews product designs to identify opportunities to improve manufacturability, simplify assembly, optimize components and enhance overall product value.

Our support includes:

  • Design for manufacturing (DFM) and design for assembly (DFA) reviews
  • Component and assembly design optimization
  • Value analysis and value engineering (VAVE)
  • Design verification support and design updates

New Product Introduction (NPI) Support

New Product Introduction (NPI) is the process of transitioning a developed product into manufacturing. t involves preparing the design for production, validating product and manufacturing requirements and addressing issues identified during initial builds before scaling up production.

Sedin Engineering supports OEMs and manufacturers during this transition, helping address design-related issues and keep engineering data aligned with approved product requirements.

Our support includes:

  • Design Validation Testing (DVT) support: Reviewing design-related issues identified during validation and updating CAD models or drawings where required.
  • Production Validation Testing (PVT) support: Addressing design and documentation issues identified during pilot production runs.
  • First Article Inspection (FAI) support: Providing drawings and dimensional information to support inspection against specified requirements.
  • Engineering change management: Updating CAD models, drawings, and BOMs to reflect approved design changes.

New product development and introduction is one of the ways we support product engineering projects. For individual design requirements like 3D modeling, engineering drawings, sheet metal design or reverse engineering, explore our broader product design engineering services.

Technologies We Use

INVENTOR * SOLIDWORKS * SOLIDEDGE

AUTOCAD * FUSION 360 * CATIA

UNIGRAPHICS NX * PTC CREO * AUTODESK VAULT

SOLIDWORKS PDM * TEAMCENTER * PTC WINDCHILL

ENOVIA SMARTEAM * 3D EXPERIENCE * SOLIDWORKS VISUALIZE

3DS MAX

Industries We Serve

METAL FABRICATION

AGRICULTURE

FOOD & BEVERAGE

AUTOMOTIVE

MANUFACTURING

INDUSTRIAL MACHINERY

DAIRY PRODUCT MANUFACTURING

MEDICAL

HEAVY MACHINERY

PACKAGING

MARITIME

ENTERTAINMENT

POWER

MATERIAL HANDLING

AEROSPACE

RENEWABLES

DATA CENTERS

Industrial Standards

ANSI/ASMEISO 2768BS EN 1993AS 1170APIISO/IEC 82079-1ISO 3463ANSE B11AS 1121AS 1636UL 9540UL 1973NFPA 855IEEE 1547

Case Studies

Turning your goals into our success stories.

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Frequently Asked Questions

New Product Development Services FAQs

Our New Product Development services cover the complete engineering process — from feasibility analysis and concept development to 3D CAD design, prototyping support, design validation, DFM/DFA reviews, engineering documentation, and production readiness. We help convert product ideas into manufacturable designs ready for sourcing and production.
Absolutely. Many clients hire us for specific stages of product development like concept ideation, CAD modeling, 2D drafting or design validation. You can get expert support exactly where you need it, without committing to a full project.
Yes. We can review existing CAD models, drawings, prototypes or legacy product data and refine the design for manufacturability, performance, cost and production. We can also update the associated drawings, BOMs, GD&T and other engineering documentation required for manufacturing.
Yes. We apply DFM (Design for Manufacturing) and DFA (Design for Assembly) principles during product development to identify manufacturability and assembly issues early. This helps simplify designs, reduce rework and prepare products for efficient manufacturing.
We typically begin with your product requirements, concept sketches or existing CAD files, functional and performance expectations, target materials, manufacturing constraints, and applicable standards. If some details are not yet defined, we can discuss the available information and establish the next steps based on the project's current stage.

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PROJECTS DELIVERED SUCCESSFULLY
100%

Projects Delivered

REDUCTION IN COST
63%

Reduction in cost

IMPROVEMENT IN PRODUCT
73%

Improvement in product

REDUCTION IN TIME TO MARKET
56%

Reduction in time to market

INCREASE IN INNOVATION
47%

Increase in innovation