When people think of packaging, they often picture simple cardboard boxes or protective materials. But in many industries, packaging has long since evolved into a highly complex technical solution. Sensitive products such as medical devices, precision electronics, or high-quality measuring instruments have to be transported worldwide – often over thousands of kilometers and sometimes under extreme conditions. Working at Novapor means addressing precisely this challenge.
Behind every successful packaging solution lies not only material, but also engineering, experience, and teamwork. Modern technical packaging solutions are developed in several steps – from the initial idea to series production.
This behind-the-scenes look shows how NOVAPOR transforms a customer requirement into a customized industrial packaging solution, step by step.
Why technical packaging is more important today than ever before
Globalization, more fragile products, and more complex supply chains present companies with new challenges. Modern devices are becoming increasingly precise – at the same time, they often have to be shipped over long distances.
Many forces act on packaging during transport:
- Impacts during handling or reloading
- Vibrations during transport in trucks or airplanes
- Pressure loads during stacking
- Temperature and humidity fluctuations
Poorly designed packaging can quickly lead to damage. For many companies, this means high costs, production downtime, or dissatisfied customers.
Therefore, the development of professional technical packaging solutions is becoming increasingly important. The goal is to reliably protect products while simultaneously enabling efficient logistics.
Working at Novapor: packaging development
Step 1: The analysis – every project begins with a question
The first step in developing packaging is to thoroughly understand the product and its requirements.
- How sensitive is the product to shocks or vibrations?
- Which transport routes are used?
- Will the product be shipped only once or transported multiple times?
- What requirements exist regarding sustainability or recyclability?
- How should the product be removed from the customer's system?
This analysis is crucial, especially for sensitive devices or high-quality components. It forms the basis for subsequent packaging development.
Step 2: Design and Engineering of the Packaging
Once the requirements are defined, the actual development work begins. Designers and packaging developers first create a digital model of the packaging. Using modern CAD software, the optimal geometry of the packaging insert is developed.
Several factors are taken into account simultaneously:
- optimal product fixation
- shock absorption
- material efficiency
- weight and transport costs
- easy handling
Choosing the right material is particularly important. Foam packaging is used in many applications because it offers excellent energy absorption.
Depending on the application, different materials are used – including polyethylene foams, polyurethane foams, EPP or other technical foams, as well as combinations with wood or corrugated cardboard. The challenge lies in optimally coordinating the respective material properties and the design.
Step 3: From CAD model to prototype
Once the packaging design is developed, the digital model is transformed into a physical prototype. NOVAPOR uses various manufacturing technologies for this, for example:
- CNC milling
- Waterjet cutting
- Laminating foams
- precise slitting technology
- special bonding processes
This prototype is then tested and further optimized. Often, minor adjustments are made, for example, to improve material utilization, simplify production, or optimize product fixation. This phase, in particular, demonstrates the close collaboration between development and production at NOVAPOR.
Step 4: Testing under real transport conditions
Packaging must not only prove itself in theory – it must also withstand real-world transport conditions. Therefore, many packaging solutions are tested under realistic conditions.
- Fall tests
- Vibration tests
- Stress tests
These tests simulate typical stresses encountered during transport and logistics. Vibrations, which occur during long transport routes, are particularly important. Continuous vibrations can damage or loosen sensitive components. A well-designed foam packaging significantly reduces these stresses and reliably protects the product.
Step 5: Mass production of the packaging
After successful development and testing, the packaging solution goes into series production.
Here, it is important that the packaging not only functions technically, but can also be produced economically.
- consistent quality
- efficient material use
- stable production processes
- flexible adaptation to different production quantities
By combining different materials and technologies, packaging solutions can be precisely tailored to the requirements of the respective industry.
Teamwork behind every package
A successful industrial packaging solution is always a team effort. Different departments work closely together to achieve optimal results.
Typically, the following are involved:
Technical Sales
The technical sales representatives are the first point of contact for customers. They analyze individual requirements, provide expert advice, and develop initial solutions.
Design and development
The designers and developers create the technical packaging concepts. They develop customized solutions and produce precise CAD models and prototypes.
Production
The production staff implement the developed designs precisely and efficiently using modern machinery and equipment. They produce the packaging – from individual pieces to series production.
Quality control
The quality control staff thoroughly inspect each packaging solution. They ensure that all requirements regarding protective effect, function, dimensional accuracy, and durability are reliably met.
This close collaboration between the teams makes it possible to implement even complex and demanding projects quickly, flexibly and at the highest level.
Career in packaging development
For people interested in technology, materials, and practical problem-solving, the packaging industry offers exciting career prospects. Typical fields of work include technical sales, packaging development, design and CAD design, production technology, and quality management.
Companies like NOVAPOR combine traditional manufacturing with modern technology. This creates diverse jobs where technology, creativity, and teamwork come together.
Professional packaging systems play a central role, especially in high-tech industries. Among other things, they protect:
- medical devices
- industrial electronics
- Precision instruments
- sensitive machine components
This makes it clear: packaging development is now a true engineering discipline.
A new approach to packaging
Modern packaging is far more than just a protective material. It is the result of a structured development process that combines engineering, materials knowledge, and practical experience.
From the initial idea through design and prototype construction to testing and series production, a solution is created that safely delivers products to their destination worldwide.
It is precisely this combination of technology, innovation and teamwork that makes working in packaging development so exciting – and shows that there is much more behind every good package than one might initially suspect.
Want more?
Apply here: Career at NOVAPOR.