Turkey stands as one of the key hubs of global garment and ready-to-wear manufacturing. Behind this broad ecosystem lies a powerful textile machinery manufacturing base that keeps production continuous, consistent and efficient. As global brands raise quality and speed requirements, machinery increasingly determines how competitively a garment factory can operate.

Malkan Machinery, with more than half a century of engineering experience, is carrying the production it has run since 1971 into a new transformation drive. In the textile machinery sector, the company is entering a growth period centered on technology, R&D and automation.

At a time when global markets are grappling with energy crises, rising raw-material costs and supply-chain disruptions, Malkan Machinery is standing out with growth-focused investments.

Through AI-supported R&D projects, new production lines, a packed global trade-fair calendar and the launch of new sister companies, the firm is declaring 2026 a “Year of Breakthrough and Transformation.”

1. GLOBAL GARMENT INDUSTRY ON THE THRESHOLD OF SECTORAL TRANSFORMATION

A view from a factory serial production line.

Around the world, the ready-to-wear industry is going through a fundamental shift as consumer habits change rapidly, sustainability requirements tighten and digitalization becomes mandatory rather than optional.

In this climate, competing with traditional production methods has become increasingly difficult. Manufacturers are turning to textile machinery and systems that consume less energy, operate with higher precision and minimize human error.

Malkan Machinery, one of Turkey's long-established names in textile machinery manufacturing, read this structural shift in the market early and took its strategic steps accordingly.

While many players in the sector have chosen to postpone investment because of economic uncertainty, Malkan's management views periods of crisis as an opportunity to grow market share and renew its technology.

2. FROM 1971 TO TODAY: A LEGACY OF INDUSTRIALIZATION AND ENGINEERING

Founded in 1971, Malkan Machinery has grown from a small production workshop into a long-established textile machinery manufacturer recognized in international markets. Every generation of machines the company has released since then reflects lessons learned directly from the factory floor.

What began with garment ironing tables and simple press systems has, over time, evolved into a broad textile machinery range spanning vacuum ironing tables, computer-controlled jacket ironing presses, high-capacity steam boilers, compressor systems and laser-cutting solutions.

Precision equipment such as sleeve-pressing systems, listed under the jacket intermediate presses and benches category, is also part of Malkan Machinery's textile machinery range (Turkish-language page).

For Malkan Machinery, more than half a century of experience is not simply a success story left in the past; it is the company's greatest asset, one it redefines and carries forward every single day.

At the heart of the experience Malkan has built up over more than half a century lies an engineering approach that listens directly to customers on the production floor and works alongside them to solve real problems.

3. 2026: A STRATEGIC TRANSFORMATION YEAR OF INVESTMENT AND INNOVATION

Automation solutions developed as part of the 2026 investment drive.

For Malkan Machinery, 2026 carries a significance that goes far beyond an ordinary operating period.

This is the period in which corporate, technological and operational investments laid down in previous years bear fruit, reinforcing the company's identity as a “next-generation industrial group.” The Malkan Vision 2025-2026 article details this transformation.

A renewed management approach has brought with it an R&D-driven corporate culture where decisions are made more flexibly and quickly.

The company has moved beyond its identity as a traditional manufacturer to become a multifaceted organization that develops technology, writes software and designs energy systems.

The Core Pillars of the 2026 Roadmap

The first pillar of this roadmap is artificial-intelligence integration, aimed at expanding the use of smart sensors and self-calibrating systems across its machines. The second pillar focuses on increasing production capacity through new, modern facilities to be commissioned in different geographic locations.

The third pillar covers sub-brand strategies: deepening expertise in steam technologies through Termo Steam, and in industrial software through Malkan Technology and Automation.

The final pillar involves strengthening the trade-fair and distributor network across a wide geography stretching from Asia to Latin America — in other words, expanding the global market footprint.

4. ARTIFICIAL INTELLIGENCE AND ADVANCED R&D: THE TEXTILE MACHINERY OF THE FUTURE

Malkan Machinery's engineering teams are working intensively at the R&D center to bring artificial-intelligence algorithms to textile machinery for ironing and pressing, the most delicate stage of garment production.

In traditional press systems, temperature, pressure and steam duration were set based on operator experience; new-generation smart automation systems can now optimize these parameters automatically according to fabric type, thickness and moisture level. The industrial ironing press technologies guide covers these developments in detail.

Ironing and pressing quality rests on the balance of four core variables: temperature, steam or moisture level, pressure and contact time. When one of them is poorly matched to the fabric's fiber structure, shine, shrinkage or loss of shape can appear on the surface. Recipe-based parameter management is therefore a prerequisite for repeatable quality in textile machinery.

In recipe-based operation, separate parameter sets are defined for cotton, wool, synthetic and blended fabrics. When the operator changes product, they select the relevant recipe instead of re-adjusting everything by hand; this reduces differences between shifts and shortens training time for new staff.

Heat distribution across the press mold matters as much as the temperature setting. If temperature differences develop across the mold surface, the same garment can show localized shine or incomplete pressing.

Standardizing Press Quality with Smart Algorithms

The pressing quality of a jacket or a pair of trousers directly determines the product's value in the market. A millimeter-level distortion on the fabric surface, or shine caused by excess heat, can lower the garment's quality grade.

The AI-supported control units that Malkan develops for textile machinery measure the fabric's response in real time during pressing. The system adjusts heat and pressure rapidly on delicate fabrics, aiming to prevent fiber damage and deliver an even finish.

Predictive Maintenance Technologies

Unplanned stoppages on production lines cause serious financial losses for garment manufacturers. Malkan's new-generation automation systems can monitor its own condition through onboard Internet of Things (IoT) sensors.

Before a potential valve failure, pressure drop or heating-element wear actually occurs, the system can alert the operator, and this data also supports spare-part planning. This technology helps lower maintenance costs while contributing to a longer machine lifespan.

Predictive maintenance tracks data such as a machine's pressure, temperature and cycle count over time to spot abnormal deviations at an early stage. Used together with a planned maintenance calendar, it lets part replacements be scheduled before a failure occurs and makes textile machinery run more predictably.

Field elements such as pressure transmitters, temperature sensors and cycle counters turn a machine's operating state into numerical data. This data is collected through the PLC and opened up to trend analysis.

5. LOCAL STRENGTH IN GLOBAL MARKETS: A WORLD TOUR OF TRADE FAIRS

A snapshot from the GTB 2026 fair.

Malkan Machinery carries the textile machinery production experience it has built in Turkey to global markets through an export network reaching 95 countries.

The company took part in the Garmentech fair in 2025 and has entered 2026 with a busy trade-fair calendar. The ITM 2026 Malkan Indupress fair participation is one example of this process.

Rather than limiting its global trade strategy to a handful of regions, the company takes part in international fairs across Asia, the Americas and Europe, presenting Turkish textile machinery engineering.

The Asia-Pacific Market: GTB 2026 Bangladesh

Bangladesh, one of the world's important garment-manufacturing hubs, is a strategic market for textile machinery producers thanks to its broad factory infrastructure and high production volumes.

By taking part in the GTB Garment Technologies 2026 fair, Malkan Machinery aimed to strengthen its presence in the Bangladeshi market and to build new collaborations with integrated facilities in the region. Its textile machinery, suited to demanding duty cycles, offers solutions geared to the production needs of manufacturers there.

The Latin American Push: EXINTEX 2026 Mexico

Another key stop on the company's intercontinental growth strategy was the EXINTEX 2026 fair held in Mexico. As a gateway to North and Latin American markets, Mexico is a country that stands out in the textile sector.

At this fair, Malkan Machinery met Latin American manufacturers with its textile machinery and steam solutions. Expanding its partner network in the region stands out as a goal that would support the company's presence in the Americas.

European Standards and TEXPROCESS Frankfurt

The TEXPROCESS fair in Frankfurt is one of the leading international meeting points for textile technology, and it is among the fairs Malkan Machinery has attended.

The European market has high expectations for workplace safety, ergonomics and energy efficiency. Malkan Machinery also presented its textile machinery range to European visitors at this fair.

Malkan Machinery continues to support its presence in the Western European market with its after-sales service approach.

6. EXPANDING THE BRAND ARCHITECTURE: THE TERMO STEAM BREAKTHROUGH

One of the most notable moves in Malkan Machinery's 2026 strategy is structuring its product groups into independent brands organized around specific areas of expertise. Termo Steam, launched as part of this effort, brings the company's work in steam technology together under a new structure.

Having produced low- and medium-capacity steam boilers for the garment industry for years, the company has now begun manufacturing high-capacity, heavy-industry-grade steam boilers in response to demand.

Integrated Solutions for Heavy Industry and Other Sectors

The high-capacity steam generators and boiler systems produced under the Termo Steam brand are not limited to use in the textile sector alone.

These generators and boiler systems can be used in the food industry for sterilization and high-temperature cooking processes, and in the chemical and pharmaceutical industries for precise reactor heating and hygienic steam production.

They can also meet the steam needs of high-volume washing and ironing lines in hotel and laundry facilities, and take a role in auxiliary steam generation and heat-recovery systems at energy plants.

Bringing more than half a century of pressure-vessel and steam engineering experience together under the Termo Steam umbrella reduces Malkan's dependence on any single sector while opening new, sustainable revenue streams for the company.

Because steam boilers are pressure equipment, design, manufacture and commissioning in Europe are based on standards such as the 2014/68/EU Pressure Equipment Directive and EN 12953 for shell boilers. Safety valves, level control and pressure switches are the core equipment for operating a boiler safely.

In ironing lines, steam quality directly affects the result: wet steam can leave stains and moisture marks on fabric, while dry saturated steam gives more even heat transfer. Boiler pressure, steam drying and condensate discharge are therefore considered together in line design.

Turning Engineering Know-How Outward: Malkan Technology and Automation

Turning software and automation capabilities originally developed for a company's own needs into an independent commercial venture is one of the clearer signs of industrial maturity. With this vision, Malkan Machinery established Malkan Technology and Automation to serve the textile machinery sector and industry at large.

The PLC programming, touch-panel interface design, embedded-system software and circuit-board design the company has used in its own machines for years are now available to other industrial businesses as well.

PLC programming turns machine logic into software running on industrial controllers; the IEC 61131-3 standard defines a common framework for these programming languages. Touch-panel interfaces let operators reach recipe selection, alarm monitoring and counter data from a single screen.

Smart Manufacturing and the Digital Transformation of Domestic Industry

Malkan Technology and Automation, which aims to reduce Turkish industry's reliance on foreign technology, digitalizes factories' existing machine fleets, builds process automation and develops data-collection software.

When data-collection software brings indicators such as output count, downtime and energy consumption onto a single panel, managers can see bottlenecks without waiting for the end of a shift.

These locally developed automation solutions give Turkish manufacturers a flexible, fast and Turkish-language-supported alternative to imported software. This move is carrying Malkan from being simply a textile machinery manufacturer toward a full-fledged technology provider.

7. SUSTAINABILITY, ENERGY SAVINGS AND GREEN TRANSFORMATION

Energy efficiency through steam and heat-recovery technologies.

Today, the textile sector is under enormous global pressure to reduce its carbon footprint and limit water and energy consumption. Apparel brands now look not only at product quality but also at the conditions and energy cost under which that product was made.

Malkan Machinery has placed the principle of “Sustainable Efficiency” at the center of its engineering design philosophy. The new generation of textile machinery it develops helps businesses reduce their energy bills and carbon emissions.

Energy efficiency gains meaning only when it is addressed not just in textile machinery design but together with a plant's steam distribution lines, insulation and condensate management. The EN ISO 50001 energy management standard offers a systematic framework for monitoring consumption and setting improvement targets.

Thermal Insulation and Heat-Recovery Technologies

Heat loss in steam systems and press molds is a significant hidden cost item for textile factories. Malkan's engineers use heat-insulation materials and condensate-recovery units in their new machine designs.

As a result, less generated steam and heat escapes into the surrounding environment, and waste heat that would otherwise be vented through the flue is fed back into water-heating processes. With this approach, factories using Malkan textile machinery can achieve meaningful energy savings and reduce their carbon footprint.

Because condensed steam still carries a significant amount of heat, returning condensate to the boiler feedwater reduces fuel consumption. Uninsulated steam lines, valves and fittings are a silent source of energy loss.

Hardness in boiler feedwater lowers heat transfer through scale formation and increases energy consumption. Water softening and regular blowdown are therefore among the basic elements of efficiency in steam systems.

Minimal Water and Chemical Use

New-generation steam generators aim to reduce water waste by converting water into steam efficiently. In addition, a micro-droplet approach in the spray systems used in stain-removal and fabric-softening processes is intended to limit chemical use.

As droplet size in spray systems gets smaller, liquid spreads more evenly across the fabric surface, and the amount of liquid needed for the same effect can fall.

8. MULTI-SITE PRODUCTION, HUMAN CAPITAL AND DIGITAL TRANSFORMATION OF AFTER-SALES SERVICE

To keep pace with growing order volumes and deliver faster to international customers, Malkan Machinery is commissioning new production facilities at different locations throughout 2026.

Rather than concentrating production at a single site, establishing specialized production points reduces logistical risk and increases operational flexibility.

Supply Chain Resilience

The global logistics crises of the pandemic era and its aftermath taught industrial companies just how critical supply-chain security is. Malkan's multi-site production model makes it possible to shift output to another facility if disruption occurs in any one region.

In addition, keeping critical raw-material and spare-part stocks ready in strategic warehouses helps protect Malkan's customers' delivery times.

Supply chain resilience is measured not only by stock levels but also by alternative suppliers, common standard parts and regular risk assessment.

An R&D Culture Built on Human Capital and Young Engineering Talent

No matter how advanced textile machinery becomes, sustainable success is impossible without a strong workforce behind it. Malkan Machinery blends its experience of more than half a century with a young, dynamic team of engineers.

Through university-industry collaboration projects, the company carries out joint work with technical universities and brings talented young engineers on board while they are still students.

The confidence that comes from experience meets the fresh perspective young engineers bring under one roof, and the R&D center's dynamism draws on this synergy.

Young engineers' affinity for digital design tools, simulation software and AI applications contributes to speeding up Malkan's development of automation systems.

Operator training is a separate component of quality continuity in high-technology machines. Standard work instructions and recipe discipline form the core of this training.

Digital Transformation and Customer Satisfaction in After-Sales Service

Selling textile machinery is only the beginning of the process. One of the key elements of the relationship Malkan Machinery has built with its customers over more than half a century is the technical support it offers after the sale.

As part of the 2026 transformation vision, the after-sales service network is being digitalized. From different parts of the world, a Malkan user can report a technical issue to Malkan's technical team through a mobile app or augmented-reality (AR) supported live channels.

Remote Fault Diagnosis and Response

Equipped with smart communication modules, these systems report software or operational issues to the central service team in real time. Malkan's technical engineers can remotely connect to a machine far away, update its parameters and resolve the issue quickly.

When physical intervention is required, the nearest regional service point is dispatched, and delivery of the necessary spare part to the site is planned.

9. Conclusion: Textile Machinery Built on Half a Century of Experience

Over half a century of engineering experience, carried into the future by a young team of engineers.

Malkan Machinery's journey, which began in 1971 in a small production workshop, has grown into a broad industrial structure that today spans AI-supported textile machinery and automation systems, heavy-industry steam boilers and global export activity.

Despite the difficult economic conditions and intense global competition the sector faces, the company has not compromised on investment or quality, and it continues to strengthen its position in textile machinery through the strategic steps it has taken in 2026.

The high-tech textile machinery it has developed, the expansion of its steam-systems business through Termo Steam, the automation solutions offered through Malkan Technology and the vision presented at international trade fairs show that Malkan Machinery is preparing for the period ahead.

By bringing domestic engineering strength together with the needs of the global market, Malkan will continue with determination to contribute to Turkish industrial production and to the development of the textile sector.

The company's export network, which reaches 95 countries, is one of the clearest indicators of how this growth strategy resonates globally. This momentum will continue through R&D investment and new factory projects, as demand for reliable, energy-efficient textile machinery keeps rising.

10. Frequently Asked Questions (FAQ)

How many years has Malkan Machinery been serving the textile machinery sector? Founded in 1971, Malkan Machinery has been providing manufacturing and engineering services for more than half a century. It exports a wide product range — from ironing presses to high-capacity steam boilers, automation systems and laser-cutting solutions — to 95 countries.

What advantages do AI-supported textile machinery offer? AI-supported presses measure fabric type, thickness and moisture level and can automatically adjust temperature, pressure and steam duration. This approach reduces operator-related errors, lowers the risk of wear or shine on delicate fabrics and helps standardize production quality.

What is Termo Steam, and which industries does it supply with steam solutions? Termo Steam is a specialist sub-brand under the Malkan Machinery umbrella, built to manufacture high-capacity, heavy-industry-grade steam boilers. Alongside textile and garment facilities, it can meet the industrial steam needs of the food, chemical, pharmaceutical, hotel/laundry and energy-generation sectors.

What services does Malkan Technology and Automation provide? Malkan Technology and Automation supplies industrial facilities with locally developed PLC software, circuit-board design, touch-panel (HMI) interface development and automation solutions built for smart-manufacturing architecture. It digitalizes factories' existing machine fleets and builds data-collection, remote-diagnosis and predictive-maintenance infrastructure.

How does textile machinery support energy saving and green transformation? Energy savings come from heat-insulation applications, condensate units that recover waste heat back into the system, and precise steam management. The new-generation green-transformation technology Malkan develops helps garment factories achieve savings on their energy bills.

In which production processes is Malkan Machinery's textile machinery used? The systems Malkan Machinery develops are used at critical stages of garment production, including ironing, pressing, steaming and laser cutting. These production tools aim to give manufacturers a competitive edge through high precision and low energy consumption.

What should buyers look for when investing in new textile machinery? Buyers should weigh energy efficiency, automation readiness, the strength of the after-sales support network and total cost of ownership, not just the purchase price. Malkan's engineering team can discuss which textile machinery configuration suits each factory's production volume and fabric mix.