Tooling Supplier Transforms Manufacturing with Eco-Friendly Nitrex Solution
Search
Close this search box.

- Tooling Supplier Transforms Manufacturing with Eco-Friendly Nitrex Solution -

Tooling Supplier Reymak Transforms Manufacturing with Eco-Friendly Nitrex Solution

Tooling Supplier Transforms Manufacturing with Eco-Friendly Nitrex Solution

Reymak Makine Aş, a leading component supplier to manufacturers of converting and CNC machinery, has embarked on a transformative journey to enhance manufacturing quality while reducing its environmental impact. The company has successfully integrated an eco-friendly Nitrex nitriding/nitrocarburizing system into its facility in Manisa, Türkiye. This strategic move aims to internalize heat-treating operations and advance the sustainability of its STHILL brand tooling components.

Reymak’s diverse product range includes an array of converting tools and CNC components, ranging from friction shafts/rings to reel cones, core chucks, and safety chucks. These components play a pivotal role in the packaging industry by ensuring precise alignment and tension of materials such as paper, film, foil, labels, textiles, and more. They effectively prevent the occurrence of loose or soft rolls that could otherwise compromise product quality. Safety chucks, on the other hand, are specialized clamp devices designed for CNC and turning machinery, ensuring precision and accuracy in machining operations.

Recognizing the drawbacks of electroless nickel plating, Reymak set out to enhance the quality, efficiency, cost-effectiveness, and sustainability of its manufacturing operations. To achieve these objectives, the company selected a Nitrex turnkey nitriding/nitrocarburizing system, specifically the compact model NXK-812, equipped with advanced process technologies. These technologies include Nitreg® controlled nitriding, Nitreg®-C controlled nitrocarburizing, and ONC® post-oxidation, offering several benefits such as improved surface characteristics that enhance wear and corrosion resistance. These enhancements not only ensure consistent winding tension and secure gripping but also increase overall equipment reliability, reduce maintenance requirements, and lower replacement costs.

“We take great pride in contributing to Reymak Makine Aş’s journey towards achieving sustainability in their manufacturing. Our primary focus is on ensuring that tooling components are treated to perfection, allowing Reymak’s customers to enjoy precise winding rolls and accurately machined parts while reducing the environmental impact of their manufacturing,” stated Marcin Stoklosa, Project Manager at Nitrex. “Our installation is an integral part of their broader investment project, which includes expanding production to incorporate CNC machinery, drilling machines, and more. It’s exciting to witness their growth and our role in it.”

Utku Inan, Nitrex’s local representative, emphasized, “Nitrex technologies and solutions are pushing the boundaries of nitriding/nitrocarburizing and sustainable manufacturing, ushering in new possibilities for enhancing a wider range of components across diverse applications right here in Türkiye. Our partnership with Reymak underscores the success of strong collaborations and our commitment to innovation in the tooling industry. It also demonstrates that by embracing sustainable innovations in its in-house heat treatment, Reymak is not only enhancing quality control but also streamlining logistics for faster lead times and cost savings – a genuine win-win scenario.”

Related Topics

[VIDEO] Learn about the benefits of nitriding industrial tooling and how NITREG® can improve tool performance and life.

[VIDEO] Learn about the importance of intelligent nitriding process control to improve not only product quality but also to save money and make sustainability work.

[VIDEO] Learn the basic mechanisms of gas nitriding and nitrocarburizing and the benefits of these treatments.

[VIDEO] Explore the benefits of post-oxidation and how it works on nitrided and nitrocarburized surfaces to improve component performance against corrosion.