Sectors

To meet the needs of an aluminum finishing factory, a specialized machine applies a low-density polyethylene adhesive tape to protect the surface finish of architectural aluminum profiles. This tape, also known as foil or film, is evenly applied along the full length and around all four sides of the profiles.

Operation is automated, with each aluminum bar's feeding stopping once it is fully covered. Feeding resumes only after the next bar is presented by the operator to the driving rolls. A foot switch allows the operator to momentarily halt profile movement, enabling them to cut the protective tape between profiles and separate them by pushing the finished profile aside. This process is assisted by another worker positioned at the opposite end of the typically six-meter-long aluminum profile bar.

The structure of this equipment consists of a screw-bolt mounted body on a base made from anodized structural aluminum using the ITEM system for mechanical constructions. It supports two main driving rolls with vulcanized high-endurance special rubber, along with two additional mechanisms for applying the protective tape to the sides. Soft, position-adjustable rolls are included to facilitate tape application on curved surfaces, and the driving roll station features a bridge-form construction.

This equipment is capable of applying adhesive tape to up to four faces simultaneously, including curved surfaces of aluminum profiles. The protective adhesive film can be applied to the upper, lower, and optionally the side faces of the aluminum sections, which may include curved sections. The upper horizontal vulcanized pressing roller is vertically movable and supported by ITEM linear bearings. As an optional feature, a micro-metric gauge indicates contact with the profiles by amplifying the compression of related springs.

• Motor: 380 V, 3 phase, 50 HZ, 1/2 HP driven by Inverter
• Diameter of Driving and Pressing Rollers: 110 mm
• Feed speed of Profiles: 5 up to 30 meters/min
• Maximum Width of Profile’s Section: 250 mm.
• Maximum height: 150 mm.
• Five (5) horizontal and Four (4) vertical fixed free rolls for the support of the moving profiles.
• Two (2) moving vertical free rolls for the guidance of profiles

The machine effectively addresses the needs of an aluminum finishing factory by applying a specialized low-density polyethylene adhesive tape to protect the surface finish of architectural aluminum profiles. This protective tape, also referred to as foil or film, is evenly applied along the full length and around all four sides of the profiles, including inclined sides at various regulated acute and obtuse angles.

Once a profile is fully covered, its feeding stops automatically and resumes only when the next aluminum bar is presented by the operator to the driving rolls. A foot switch allows the operator to momentarily halt profile movement, enabling them to cut the protective tape between profiles and separate them by pushing the finished profile aside. This process is assisted by another worker positioned at the opposite end of the free roller table, which typically receives six-meter-long aluminum profile bars.

The structure consists of a screw-bolt mounted body on a base constructed from ITEM anodized structural aluminum, designed for mechanical constructions. This base supports two main driving rolls, which are made of vulcanized high-endurance special rubber and are cast and rectified for optimal performance. Additionally, two mechanisms are included for applying tape to the vertical sides, along with two extra units for applying tape to inclined sides at various acute and obtuse angles.

Soft, position-adjustable rolls are featured to both iron the tape and facilitate its application on curved surfaces. The driving roll station is designed in a bridge form construction, providing stability and efficiency. The upper free rubber roller is securely held by carriers that slide vertically on double linear ITEM bearings, ensuring smooth and precise movement.

• 2 Motors: 380 V, 3 phases, 50 HZ, 1 HP each driven by individual 3 phases Inverter.
• Diameter of Driving and Pressing Rolls: 110 mm.
• Feed speed of Profiles: up to 30 meters/min
• Maximum Width of Profile’s Section: 500 mm
• Maximum height: 150 mm
• Six (6) horizontal and three (3) vertical fixed free rolls for support and guiding of the moving profiles
• Two (2) moving vertical free rolls for the guidance of the moving profiles adjustable

Our ultimate goal, which inspires our choice of actions, is to promote the productive reconstruction of the country while supporting the insurance rights of engineers as a human right to property and as a factor of social peace, thus ensuring safer productivity. This approach aims to align economic development with social welfare, creating a more stable and productive environment.

Promoting Employment and Innovation: We promote employment through innovative techniques and extroversion, with exports of machinery designed by our members already in the Middle East, the USA, Australia, Europe, and the South Indian Ocean. This not only boosts local economies but also positions our country as a global player in technological innovation.

Implementing Modern Technology: We implement modern technology, particularly in the ecological management of urban and industrial waste with a social focus through ecological resource conservation. This approach indirectly reduces the burden on citizens via municipal fees, making waste management more efficient and sustainable.

This issue involves a significant loss of revenue for municipalities, amounting to millions of euros annually, totaling one billion euros nationally. This amount could have significantly elevated the level of services and projects in municipalities, benefiting everyone. What we propose is not our innovation but what is already happening in Europe and other advanced countries for decades.

Our Cooperative suggests the economic-technical management of solid waste in municipalities across the country and the protection of residents' health from polluting landfills through their gradual elimination. This is also a medium-term community obligation. The key to this management is ensuring there are no unguarded waste disposal sites, which are a major cause of the failure of current waste management systems, such as the blue bin system.

A key tool for achieving this goal is the beneficial design and organization of municipal solid waste (MSW) management with source separation and financial incentives for residents to cooperate, especially in source separation. Proper management will enhance the financial autonomy of municipalities and foster community spirit. Implementing proven practices costs very little and can start gradually, with benefits offsetting initial investments.

This approach contrasts with current ineffective systems, where municipalities pay high costs for waste disposal without generating revenue. For instance, they pay 50 euros per ton at the entrance of waste management facilities, plus additional operational costs. In contrast, our proposed system encourages recycling rates similar to those in European countries, where rates of 75% are common. Achieving such high recycling rates not only improves environmental health but also supports local development and aligns with international environmental standards.