¿Cómo se puede utilizar el software CAD/CAM para diseñar envases sostenibles que minimicen los residuos?

Like Marriott Global Design, have all the sustainability requirements in our BIM prototype model so it’s all built in to the program

An overall suggestion is to follow a standard namely ISO19650 nomenclature. BIM in this stands for Building Informations Modelling, a verb. The "BIM-modell" as refered to in this text should according to ISO19650 be named PIM, Project Information Modell. When PIM is delivered and used in facility management it changes name to AIM, Asset Information Modell. ISO19650 also describes how requirements of PIM should be done for different purposes. One of many pruposes is of course conncted to environmental calculations (ex. LCA), reporting when in use or recycling.

BIM can be the perfect solution. Firstly, BIM can provide a virtual model not only with architectural design, but with structural and MEP disciplines, avoid inconsistencies during the construction phase and as a result minimize waste. By adding all the information properly, the simulation can be accurate and useful for all BIM dimensions. The model will provide information not only for construction phase, but until the operation phase. Which BIM dimension has its purpose and in the case of sustainability the model should achieve the 7th dimension, where energy consumption will be analyzed, and the building lifecycle. Some BIM software needs another apps to complement analysis, this highlights the importance of interoperability (IFC).

CAD/CAM software can assist in modeling and simulating different design options, assessing the (LCA) life cycle impact and make data-driven decisions. For example, Masdar City in Abu Dhabi is a planned sustainable urban development relied heavily on CAD/CAM. The precise planning and manufacturing of building components using CAD software allow for greater energy efficiency, reduced material waste, and improved construction quality by optimizing designs, material usage, and construction processes. It lowered energy consumption which contributed to a more sustainable built environment. IKEA's "Flat-Pack" is designed and optimized using CAD software; using flat-pack packaging minimizes transportation space, reducing carbon emissions and waste.

Sustainable packaging design is a highly complex creative process with a myriad of constraints and variables that must be rationalized and optimized. CAD tools are essential for data creation and design analysis for sustainable choices. CAM allows for digital prototyping to further analyze and validate physical design choices. Sustainable design will balance environmental, human and economic considerations. Design iterations, variable adjustments and what if scenarios and algorithms will generate the data needed to allow analysis by AI to point to optimal solutions. When solutions are narrowed down, physical testing with CAM may still be warranted. AI is clearly going to be another tool in the box for sustainable packaging design.

CAD/CAM software aids in sustainable packaging design by selecting eco-friendly materials, optimizing for lightweight and efficient designs, and conducting analyses of environmental impact. It allows for 3D modeling, prototyping, and life cycle analysis to ensure sustainability. Collaboration and documentation help meet eco-standards. CAM integration ensures manufacturability with minimal waste.

Software and even AI tools have become critical to a packaging design process and success. Optimization of the style and material and thinking all the way through to pallet quantities and even truckloads to maximize efficiency can have an incredible impact on lowering your cost and improving your sustainability ❤️🌎

you cannot save, unless specific software design to minimised the waste. or train modle used to develop as AI BASED genarative cad/cam design tools study the nature how used pacaging to minimised it content. pacaging has to be the form of the product . or develop a product it self as pacage (depending with the products)

The carbon (and GHGs) that is ‘embedded’ in the materials we use result from the process of its extraction, production, manufacturing, distributing, operating, maintaining, and disposal. CAD/CAM tools are becoming increasingly able to quantify and track the ‘embodied carbon’ through the life-cycle, enabling us to make (and incentivize) better choices. New policy and financial tools can be built on robust tracking and analytics.

By utilizing these digital aids, designers can create packaging solutions that are not only visually appealing but also highly efficient. These tools allow for in-depth analysis, ensuring materials align with the product's needs and environmental concerns. Additionally, they facilitate smart decision-making by adapting designs to market dynamics and consumer demands. The integration of software and AI tools has transformed packaging design into a multidimensional process, with a focus on cost reduction and sustainability.

As an amateur product designer, I would say this is something I resonate with. CAD/CAM software has in the past allowed us to review multiple iterations of the package design that make the most use of the material and allow us to avoid wastage.

By harnessing this technology, we embark on a journey of exploration and innovation. It allows us to experiment with a multitude of design possibilities, ensuring that every ounce of material serves a purpose. This approach is not merely about aesthetics but also about sustainability. It aligns seamlessly with the imperative of minimizing waste and environmental impact.

CAD/CAM can be used to utilized to minimize the waste of the package in sort of size and shape and lessen the waste outcome to save the material.

Standardizing our packaging sizes we optimized carton nesting and doubled the number of products we could ship on an air or ocean freight pallet, effectively cutting our shipping costs in half. It's a bit of a game of Tetris but starting by minimizing the number of variables by standardizing product sizes makes the task easier. Approaching the packing task as a game can make it fun for the CAD operator or programmer charged with the task.

Design is the answer, CAD and CAM are just the very needed expediting and refinement, tools. It is the principles of good design that truly transform CAD and CAM into the ultimate execution tools. Drawing from traditional design methods like origami, user experience-based design, and design sprints, these methods and arts are the driver, whilst CAD and CAM serve as the high-performing car. In short, People ignore designs that ignore people, and waste loves design that promotes waste.

Use of BIM software to create 3D models of buildings and facilities, which can be integrated with CAFM systems to provide a more comprehensive view of the facility. Integrated CAFM systems with BIM offer real-time insights into the condition of heritage buildings, enabling proactive structural integrity monitoring, deterioration detection, and maintenance scheduling. Furthermore, BIM assists in identifying potential risks, including structural issues, water infiltration, and environmental factors, facilitating the development of risk mitigation strategies to safeguard the building's heritage value.

Smart Design Elements: Leveraging CAD/CAM software, you can seamlessly weave smart elements into your packaging. Enhanced Functionality: For instance, it can monitor temperature, humidity, or freshness and promptly notify customers or retailers in case of irregularities. It's packaging that's not just passive but actively protective. Information and Education: Your packaging can be transformed into an informative medium. This not only enriches the user experience but also encourages them to consider reusing or recycling the packaging. Sustainability Synergy: Smart integration serves a dual purpose. It enhances the functionality of your packaging while fostering sustainability.

From an agile standpoint, this step is all about mitigating risks. CAD/CAM software takes the lead, allowing you to evaluate your design rigorously. Tools like finite element analysis and stress testing become your allies, providing a comprehensive examination of your packaging's structural integrity, stability, and safety. The agile approach thrives on adaptability and precision, and CAD/CAM software offers both. This phase isn't a mere validation; it's an assurance of sustainability. You're not just crossing your fingers and hoping for the best; you're systematically verifying functionality, aesthetics, and sustainability.

CAD/CAM softwares are now rapidly getting inbuilt with AI and a lot of technical intervention that earlier needed a deeper knowledge base is now available in simple optimised clicks. Saving space, using the best materials, conserving materials, the best optimised designs, calculating carbon footprints and lifecycle of products etc are all great pros that one can consider.