Universal Pack designs and builds stick pack and sachet packaging machines and cartoning lines for chemical pastes. Understanding the needs of our customers is the first step to create and design solutions for their satisfaction in terms of flexibility, reliability and efficiency.
We provide our chemical packaging machines for pastes with the piston pump dosing system. This option is the right choice for pasty products such as silicon paste.
In addition to that, we designed a specific solution for the dosage of rat poison pastes in sachets. This specifically-dedicated system includes a continuous-motion extrusion auger.
Moreover, we provide sealing blocks made of titanium and carbon, which allow the dosage of corrosive chemical products.
Our internal laboratory analyzes your paste and laminate, to design and build the best solution for your need. After internal tests and a thorough design review, we can manufacture your customized machine.
Our machines and lines are specifically-dedicated to single-dose packages like stick packs and sachets. For example, we can dose from 0,1 up to 100 gr of chemical paste in a single pack, whose dimensions vary depending on your marketing goals, nature of the products and production requirements.
In packaging lines for cartoning, our systems allow you to put from 1 up to 100 or more sachets or stick packs in the same carton. We have developed patented counting units for any amount of packages to be picked and put into cartons. In recent years, our philosophy is to save as much material and product as possible, both for economic and environmental sustainability.
Our machines can process all typical heat-sealable composite films, for example: Filter paper, PAP-PE (Paper – Polyethylene); PAP-ALU-PE (Paper – Aluminum – Polyethylene); PET-ALU-PE (polyethylene terephthalate – aluminum – polyethylene) and cold sealable materials. Our machines can also package sustainable laminates such as PP (Polypropylene), PLA (Polylactic Acid), PAP (Paper), Bio-PE (Bio-based polyethylene), and more on request.