In the global textile dyeing and finishing sectors, manufacturers are facing intense pressure to reduce their environmental footprint while keeping operational costs manageable. As an industry traditionally characterized by heavy water consumption and high chemical usage, textile processing must adopt smarter engineering solutions to remain sustainable. Modern dyehouses require advanced machinery that can slash electricity, power, and water requirements without compromising the final tactile and aesthetic quality of the fiber.
At the International Textile Machinery Exhibition (ITM 2026) in Istanbul, Behnam Ghasemi, Editor-in-Chief of Kohan Textile Journal, met with Mr. Ramy Kassem, Area Manager at LAIP S.r.l.. Based in the historic textile hub of Prato, Italy, LAIP has spent seven decades pioneering specialized dyeing machinery. In this exclusive Q&A interview, Mr. Kassem discusses the engineering behind their low-consumption raw material and fabric dyeing systems, their landmark recycling installations in Türkiye, and their expanding technical footprint across North and Central Africa.
70 Years of Italian Engineering: Complete Dyeing Solutions from Prato
Kohan Textile Journal: To provide our readers with a clear understanding of your brand, could you introduce LAIP and your core manufacturing specializations?
Mr. Ramy Kassem: LAIP S.r.l. is a deeply historical Italian machinery builder specialized entirely in the textile finishing and dyeing sector. Our corporate headquarters and manufacturing facilities are based in Prato, a renowned textile province located within Florence, Italy. For 70 years, we have been continuously developing and refining our machinery lines.
Operationally, LAIP provides a complete solution for dyehouses, divided into two primary machinery categories:
- Raw Material Dyeing: High-performance machinery engineered specifically for yarn, tops, tow, and loose fiber dyeing.
- Fabric Dyeing: Advanced rope and open-width dyeing systems for a wide variety of knitted and woven fabrics.
Dual Engineering Pillars: Minimizing Resource Consumption While Preserving Quality
Kohan Textile Journal: Resource efficiency is a major focus at this exhibition. What are the core engineering goals guiding LAIP’s machinery design?
Mr. Ramy Kassem: Our research and development is strictly guided by two simultaneous, parallel goals. The first pillar is to aggressively reduce electrical and thermal energy consumption to the absolute minimum. Today, utility expenses are incredibly high and heavily impact the profitability of global textile manufacturing.
The second, equally vital pillar is safeguarding the final quality of the product. We firmly refuse to compromise on material quality just to save on utility costs. Keeping these two parameters parallel—slashing energy and water requirements while delivering pristine, defect-free dyeing results—is a massive daily engineering challenge, but it is exactly what we achieve across our product portfolio.
Read More: ITM 2026 Results Confirm Global Industry Confidence
The Turkish Market: Advanced Automation and Landmark Recycling Projects
Kohan Textile Journal: LAIP has long-standing roots here in the region. How do you evaluate your relationships with Turkish textile mills?
Mr. Ramy Kassem: LAIP has supported a strong, highly active presence in the Turkish market for decades. We are exceptionally well-known across Türkiye, particularly within the highly demanding yarn and loose fiber dyeing sectors. Over the years, we have built excellent relationships and deep friendships with premium, tier-one Turkish manufacturers, including industry leaders like Sanko and Öztek.
Türkiye is an ideal market for LAIP because it is highly industrialized. Turkish textile managers truly appreciate, optimize, and value advanced technology. For instance, we successfully established one of our most advanced material recycling and automated robotizing projects directly inside Türkiye. This highly specialized installation optimizes batch production, cuts labor overhead, and enables the mill to reuse processed materials cleanly.
MEA Dynamics: Export Agility and Turnkey Expansions in Egypt and Ethiopia
Kohan Textile Journal: Are you observing a rise in trade activity and new investments across the broader Middle East and Africa (MEA) region?
Mr. Ramy Kassem: Yes, absolutely. LAIP is actively expanding its machinery footprint across North Africa. We have a significant volume of active machinery operating in Egypt, and we are continuously developing new projects in Algeria and Tunisia. Egypt remains a dominant force in the region because it is a premier cotton-growing hub that produces some of the finest raw cotton globally.
Furthermore, we are moving into Central Africa, where we are managing several promising new machinery installations in Ethiopia. Local manufacturers in these expanding regions are investing heavily in our high-tech Italian machinery because their ultimate goal is to export premium-grade final textiles and clothing worldwide, including to highly competitive consumer markets in America and Australia.
Tackling the Pollution Challenge: Low-Liquor Ratios and Circularity
Kohan Textile Journal: To conclude, how is LAIP helping modern dyehouses meet increasingly strict international environmental and sustainability mandates?
Mr. Ramy Kassem: We cannot neglect the fact that textile processing is historically considered one of the most polluting industrial sectors due to high water volumes and complex chemical recipes. LAIP addresses this directly through circular engineering and mechanical optimization.
As I highlighted with our recycling projects in Türkiye, our systems allow processing byproducts to be reused effectively, avoiding the constant consumption of fresh raw materials, particularly in loose fiber lines. Mechanically, our newest machines completely optimize internal fluid dynamics to lower the required liquor ratio, drastically decreasing both water consumption and the electrical power needed to circulate the dye bath. Minimizing these inputs directly translates to a safer, greener, and vastly reduced environmental impact.
