Dry Paper
Forming.
100% paper. 100% renewable. A paradigm shift in sustainable packaging technology — exclusively by Mega Plast.
Biofriendly
Alternative.
100% paper — the perfect solution for retail and hardware stores.
Lower Emissions.
Compared to traditional thermoforming, paper-based production achieves dramatically lower CO₂ output. Efficient and planet-conscious.
100% Renewable
Products are completely renewable and biodegradable.
Cost Efficient
Lower CO₂ emissions and lower production costs.
Unique Worldwide.
Together with SCAFA's pending patented technology and OMG, we offer a machine unmatched globally.
DPF Model
Elite.
Our flagship model enables fast, efficient production of paper packaging for food, egg cartons, and electronics — all fully biodegradable.
With minimal water usage and unique Dry Paper Technology (DPT), it produces high-quality, environmentally friendly packaging while using minimal energy through servo-motors.
Production
Mosaic.
Paper Seals
Optimal for one-way products and food.
Paper Trays
Optimal for disposable products.
Paper Inlays
Stackable cardboard packaging.
Paper Display
Optimal for small series.
Paper Tab
Great for small series production.
How Dry Paper
Technology Works.
Paper Feed
Dry paper sheets are precisely loaded into the forming station — no water, no slurry.
Servo Forming
High-precision servo-motors shape the paper at exact pressure with minimal energy consumption.
Precision Cut
Automated cutting stations trim products to exact specifications in a single pass.
Ready to Ship
Finished products are stacked and ready — fully biodegradable, zero plastic waste.
Knowledge
Base.
The ongoing research and optimization efforts focus on enhancing the barrier function of dry paper, ensuring durability against moisture.
Mega Plast collaborates with OMG srl., a distinguished thermoforming machine manufacturer with over 60 years of experience.
DPF achieved unparalleled precision, quality, and efficiency while being biodegradable and cost-friendly.
Dry paper is environmentally friendly, biodegradable, and made from renewable resources, reducing CO₂ impact significantly.
