Sustainable pulp-based
packaging for pharmaceuticals
Made from pulp and fully recyclable
Bio-Packaging for sustainable pharmaceutical visions
From an individual to large corporates, everyone is responsible for change of our sustainable future.
Massive amount of single use plastic packages and components are used for pharmaceutical devices. Reduction of usage of plastic material and of CO2 emissions during the product life cycle are emerging subject in pharmaceutical industry.
Our new generation pulp-based packaging and components are now ready to offer in full scale production. Pulp-Injection can realize true design flexibility, functionality, and sustainability altogether in one product.
Make your brand shine with true sustainability and functionality
– Nissha ecosense molding
Products
Secondary packaging and trays
Discover unparalleled rigidity and precision in our innovative product designed for superior secondary packaging. Our Pulp-Injection trays offer thin walls that not only enhance protective features, preventing false activation of injection devices, but also minimize the total packaging volume. Experience the flexibility of our design, seamlessly fitting into conventional plastic tray assembly lines without the need for extra investment. Elevate your packaging standards with our commitment to thin, yet robust, solutions.
- Application examples
- Autoinjector tray
- Ampoule case
- Blister tray
Pulp-Injection cap
Plastic cap
Self injection device
- Application examples
- Caps and enclosures
- Closures with threads
- Rods
Mechanical components
Experience design excellence with Pulp-Injection, where unique material properties and advanced injection molding create intricate features like thin walls, ribs, undercut designs, and logo embossing/debossing. Redefining sustainability, Pulp-Injection offers a pulp-based alternative to plastic components. Elevate your products with innovative design and eco-conscious choices.
Added value
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Paper recyclable
Pulp-Injection is recyclable as paper in the existing recycling system*1
*1 PTS-RH 021:2012. On the premise of at least up to 10% of total paper waste.
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Light weight
The product weight can be reduced by up to 40% compared to popular plastics (e.g. PET, PP)
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Packaging volume minimization
Total packaging size can be reduced by up to 40% compared to folded cardboard trays.
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Low water consumption
Less water usage compared to wet thermoforming process.
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Biodegradable
Pulp-Injection is biodegradable in soil within six months.
Features
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High rigidity and thin wall
Wall thickness can be down to 0.6mm while keeping good mechanical strength.
Pulp-Injection is suitable for trays for good protection and mechanical components.
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Silky touch texture
The surface texture gives silky touch like traditional Japanese paper. It doesn’t generate paper dust.
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Design flexibility
Mechanically functional structures (rib, frange, undercut) can be applicable. Suitable for the replacement of plastic components.
Production
From consulting to mass production
First we develop several design alternatives that offer maximum production efficiency based on your requirements. The packaging design that is selected is used for individually aligning the test injection moulding tool and creating samples. Once you have checked and approved the results, the products are mass-produced in central Germany or Japan.
- Process selection and feasibility study for production
- Molding tool making for prototyping and making prototype samples (if required)
- Molding tool making for manufacturing
- Tool and process optimization for manufacturing
- Mass production
