Packaging Design Services
Packaging Design Engineered for Performance, Protection and Production.
Turn packaging ideas into functional, manufacturable and production-ready solutions.
Efficient Innovations provides packaging design services spanning concept design and detailing, CAD development, prototyping and validation, supported by plastics and manufacturing expertise.
End-to-End Packaging Design Services
Efficient Innovations supports packaging development from initial concept through engineering, validation and manufacturing, bringing design and plastics expertise together at each stage.
Concept Development: Explore raw ideas and translate them into defined packaging concepts, supported by industrial design expertise.
Packaging Design & Detailing: Develop packaging concepts with attention to form, function, dimensions and application requirements.
CAD & Engineering: Create 3D CAD models, 2D drawings and dimensional details, including tolerance definition for manufacturability.
Prototyping: Use rapid prototyping and in-house 3D printing to evaluate and refine packaging concepts before production.
Design Validation: Apply simulations, analysis and design validation methods to assess performance and identify potential design issues.
Manufacturing Support: Work with mould makers, converters and product fillers to translate approved designs into manufacturable packaging and support prototype, pilot and production mould development.
Packaging Design Flow:
Concept Exploration → Packaging Design → CAD & Engineering → Prototyping → Validation → Mould Development → Production Readiness
Our Packaging Design Capabilities
Structural Packaging Design
Develop packaging structures with consideration for function, geometry, dimensions, performance and manufacturability, helping translate concepts into practical packaging solutions.
Industrial & Product Packaging Design
Translate raw ideas into refined product and packaging concepts through industrial design, concept development, detailing, renderings and mock-ups.
3D CAD Modeling
Create 3D CAD models, 2D drawings and dimensional details, including the definition of appropriate tolerances for development and manufacturing.
Packaging Prototyping
Develop and evaluate physical prototypes using rapid prototyping and in-house 3D printing to refine packaging concepts before production.
Material Selection
Support material exploration and performance trials, considering material behaviour, product requirements and manufacturing feasibility.
Packaging Optimization
Improve packaging designs through value engineering, design optimisation and re-engineering, with a focus on performance, practicality and production efficiency.
Design for Manufacturing
Assess designs for manufacturing readiness through DFM, DFA, serviceability, DFMEA/PFMEA, mould-flow and stack-up analysis, helping identify risks before production.
Our Packaging Design Process
Efficient Innovations follows a structured approach that connects packaging design with engineering, validation and production requirements, helping move concepts towards manufacturable solutions.
Research: Understand the product, packaging requirements, application and development objectives.
Concept: Explore and refine packaging concepts through design conceptualization, detailing, renderings and mock-ups.
Structural Design: Define the packaging structure, geometry and dimensions with functionality and manufacturability in mind.
Engineering: Develop CAD models, 2D drawings, tolerances and engineering details required for development.
Prototype: Create physical prototypes using rapid prototyping and in-house 3D printing for design evaluation.
Testing: Validate the design through simulations, analysis and applicable functional testing before production.
Production: Support the transition from approved design to prototype, pilot and production mould development with mould makers, converters and product fillers.
Process Flow:
Research → Concept → Structural Design → Engineering → Prototype → Testing → Production
Packaging Solutions for Different Industries
Efficient Innovations develops sustainable packaging solutions for diverse FMCG and consumer product categories, combining design, engineering and manufacturing expertise to address the specific requirements of each application.
Food & Water: Food Packaging solutions designed around product protection, functionality, structural performance and manufacturing requirements.
Household Care: Practical packaging solutions developed for everyday household products, with a focus on functionality, usability and production efficiency.
Beauty & Skin Care: Custom Packaging design that balances product functionality, aesthetics, user experience and manufacturability.
Oral Care: Product design & development focused on functional requirements, ergonomics, manufacturability and production readiness.
Nutraceutical Care: Packaging solutions developed with attention to product requirements, functionality, material considerations and manufacturing feasibility.
Clients We Work With
We collaborate with forward-thinking clients across industries.
Together, we turn ideas into measurable results.
Packaging design services cover the development of packaging from concept and structural design through engineering, prototyping, validation and production readiness. The objective is to create packaging that meets functional requirements while remaining practical to manufacture.
Depending on the project, services can include packaging concept development, structural design, 3D CAD modelling, 2D drawings, prototyping, material evaluation, design optimisation and design for manufacturing. Efficient Innovations also supports validation and mold flow analysis service.
A structured packaging design process typically moves from research and concept development to structural design, engineering, prototyping, testing and production. This helps identify design and manufacturing issues before production investment.
Design for Manufacturing (DFM) means developing packaging with manufacturing constraints such as material, geometry, tolerances, tooling, production processes and quality requirements considered during the design stage. It helps improve manufacturability and reduce production risks.
Packaging design can cover formats such as rigid plastic containers, tubs, lids, bottles and flexible pouches or sachets, depending on the product and manufacturing process. Efficient Innovations approaches packaging development with particular expertise in plastics and manufacturing.