Robotic stations for palletizing and packaging

No manufacturing company can afford downtime, production delays or failure to meet order deadlines. Palletizing and packaging, as the final stages of the production process, require modern solutions to be effective. Robotic stations from TKM Projekt allow you to optimize the production cycle time and significantly improve its efficiency to effectively increase financial profits.

We provide integrated mechanical solutions with automation and robots programmed to pack and palletize products of various forms and sizes in accordance with the established pattern and layout.

Application

Ensuring adequate packaging efficiency to the processing capacity of the production line and increasing precision in the palletizing process is a challenge facing every production company. Companies in this sector must also strive for greater flexibility. Taking into account the market tendency towards increasingly shorter product life cycles, modern production lines must allow for the reorganization of production and its easy adaptation to new conditions.

Staff shortages are also an important factor affecting the plant’s production capacity. Work in palletizing and packaging is hard and monotonous, which causes problems with frequent employee absences due to sick leave, high employee turnover and difficulties in recruiting new people. Therefore, many companies recognize the need to free employees from heavy tasks that may be dangerous and injurious to them. Then, robotic stations for palletizing and packaging turn out to be a profitable solution.

Virtually every industry requires packaging and palletizing the final product. The food, cosmetics, metal, chemical and pharmaceutical industries – each of them needs solutions that will enable the packaging of as many products as possible in the shortest possible time while maintaining high quality and eliminating the risk of damage.

Continuity of production

Robotic stations are designed for continuous operation 24 hours a day, maintaining high quality and repeatability, which ensures the smoothness of the production process and reduces downtime to a minimum. Additionally, robots can work continuously even in difficult environmental conditions – e.g. at low temperatures or in very dusty conditions.

Safety and comfort work

Robotic stations meet stringent safety requirements and replace humans in difficult tasks that could contribute to health problems in the long run. The use of automation in this area also reduces the risk of damage to packaging when grabbing, moving and arranging goods.

System configurability

We provide the possibility of expanding the palletizing system in the future and rearranging the station for a different type of production, different dimensions and new products. Robots may have variable settings, e.g. the number of elements picked up or layers placed on a pallet.

Precision and repeatability

Robotic stations for packaging and palletizing allow you to achieve precision and repeatability beyond the capabilities of employees. They guarantee stability that protects against damage and financial losses for the company.

Maximum use of the loading space

The stations enable automatic sorting and arranging of goods in a safe, optimal manner and adapted to the capabilities of a specific production hall.

External R&D department

Concrete is one of the most important building materials in the world, used in a variety of construction projects, from roads and bridges to residential and commercial buildings. A key aspect in concrete production is the optimization of the production process, which contributes to obtaining a material with excellent properties, increasing production efficiency and reducing […]

Optimization of the concrete production process

Concrete is one of the most important building materials in the world, used in a variety of construction projects, from roads and bridges to residential and commercial buildings. A key aspect in concrete production is the optimization of the production process, which contributes to obtaining a material with excellent properties, increasing production efficiency and reducing […]