Be sustainable at every stage with a variety of options to reduce waste.
Be sustainable at every stage.
Because your products are so unique, we recognize that one size does not fit all. Many multi-nationals are researching how they can stay profitable while offering their customers the very best in sustainable packaging.
Whether you are flow packing, thermoforming, traysealing, or automating we have worked tirelessly to understand your pain points and how we address them.
Lower Labor Costs
Increased Productivity
Improved Overall Equipment Effectiveness (OEE)
We give you “product to pallet” packaging solutions you can’t get anywhere else.
#ULMAweCare encompasses our ambition to be the best sustainable packaging provider
#ULMAweCare encompasses several areas of research and development, including reducing packaging, using thinner films, incorporating recyclable materials like cardboard and cellulose, and using biodegradable plastics and mono-materials that facilitate recycling.
Scale your production with innovative robotic solutions.
At Harpak-ULMA, we integrate leading-edge robotic technologies into your automation.
Vision-assisted robots pick and place products precisely using improved grippers for delicate products, while Collaborative Robots (COBOTS) replicate the dexterity and vision once only available through human labor across various packing applications.
PaperSeal® Enables you to meet both production and sustainability goals with ease.
The process operates by fabricating a MAP tray from a pre-cut flat cardboard, which is formed and a barrier liner automatically applied in one step process. The system is based on the same benefit stream as Thermosealer® technology where the fabricating of trays is conducted directly before the tray sealing process.
Explore a Wide Range of Sustainable Solutions
Reduce Packaging
- Utilize “tray-less” packaging
- Reduce plastics used in packaging
- Ability to use thinner gauge films
- Optimize your package size
- Reduce film scrap
Recycle and Compost
- Use of mono-materials (PET, PO…)
- Cellulose and fiber based trays
- Use of biobased plastics
- Use of biodegradable and compostable plastics such as PLA and cellophane