Imajteks Textile acts with the vision of becoming a top-tier supplier to global brands in the ready-to-wear market and with the goal of continuously raising its daily suit production capacity. At the center of this goal is its Izmir Jacket Manufacturing investment.

As the result of an investment plan it has been shaping since 2013, the company has made an important transformation at its 8,000-square-meter integrated facility in Kemalpasa. Moving operations from Istanbul to Izmir is the most visible step of this plan.

By using advanced domestic engineering solutions and optimized production lines, the aim was to lower the high operating costs of Istanbul.

This step, taken to benefit from Izmir’s qualified workforce and logistical advantages, is an important example of the competitive strength of garment manufacturing in Türkiye.

Imajteks’ sustainable-growth capacity increase and its technological solution partnership with Malkan are among the measurable indicators of the Izmir Jacket Manufacturing vision, which aims to make quality a standard procedure in modern menswear.

This report summarizes the investment rationale, the structure of the facility and the technical cooperation with Malkan, as conveyed in a meeting with Imajteks management.

1. STRATEGIC POSITIONING AND IZMIR JACKET MANUFACTURING IN THE GLOBAL APPAREL MARKET

The strategic geographic position behind the Izmir Jacket Manufacturing vision.

In menswear, making suits and jackets requires strong production engineering and careful tailoring craftsmanship.

When sector dynamics are examined at the macroeconomic level, traditional models based only on cheap labor are seen to give way to technology-driven models that make high quality sustainable.

The Izmir Jacket Manufacturing investment that Imajteks Textile carried out with determination is an important turning point in the company’s corporate development.

Moving operations that were run from Istanbul for many years to Izmir, in line with regional data analysis and rational growth strategies, is cited as an example of modern industrial moves in the sector.

Istanbul is Türkiye’s largest market and financial center for the garment sector. However, for running an integrated plant, high operating costs, logistical bottlenecks and space limits can weaken the competitiveness of manufacturers working with global brands.

This analysis, made by Imajteks Chairman of the Board Ali Eyrik with his many years of sector experience, gave rise to the idea of placing Izmir at the center of production.

Besides being a historical trade center and export gateway, Izmir offers a favorable ecosystem for jacket making through its qualified workforce, deep-rooted tailoring culture and organized industrial infrastructure.

The workforce’s aptitude for this line of work, the ease of finding qualified staff and the city’s living standards were influential in choosing the site. Izmir’s identity as a historical trade and port city helps explain the background of this decision.

In jacket manufacturing, site selection requires labor, logistics, energy and space costs, as well as supplier proximity, to be evaluated together. Investment decisions are therefore often made by comparing total operating cost rather than a single item.

Suit production is a multi-stage chain: cutting, sewing, intermediate pressing, assembly, final pressing and inspection. Because a delay in one link directly affects the shipment schedule, integrated plants aim to manage the flow under one roof.

Regional clusters make it easier to find trained operators, spare parts, subcontractors and repair services within a short distance. In a cluster, knowledge also circulates faster, because staff move between firms and share working methods.

Izmir Jacket Manufacturing benefits from the Aegean region’s long textile tradition. Workers who grew up around tailoring workshops bring practical skills that cannot be taught quickly in a classroom, and this shortens the learning curve for new hires.

Access to ports, airports and highways also affects lead time. For a plant that ships collections to global brands on fixed schedules, a shorter route from the facility to the port reduces both transport cost and delivery risk.

2. CORPORATE MEMORY AND THE FOUNDATIONS OF THE IZMIR JACKET MANUFACTURING VISION

The sustainable success of industrial organizations depends on how institutional memory and human resources are integrated with new-generation manufacturing technologies. Behind Imajteks’ current brand strength lies the success of this integration.

Ali Eyrik stepped into the tailoring trade as an apprentice at only 13 years old. As of 2015, 32 years of uninterrupted accumulation has turned into today’s modern Izmir Jacket Manufacturing facility.

This journey, from apprenticeship to mastery and from a small workshop to an integrated factory employing hundreds of people, is a sign of respect for the craft, work discipline and institutionalization.

Combining the finer points of traditional tailoring with the speed of mass production is one of the hardest tests in the garment sector. Transferring a jacket’s shoulder posture, lapel curve and lining fit to a machine park requires knowing the structure of the fabric.

The company’s turn toward the Aegean after putting its Istanbul facility in corporate order shows that the Izmir Jacket Manufacturing plan was made consciously.

This management approach, which never lost touch with the sector because of its commitment to the work, has become a production force to which global brands entrust their collection production.

A jacket consists of linked structural elements such as the shoulder, lapel, sleeve head and front panel. Because the fit of interlining and lining with the fabric also depends on the balance of heat and steam during pressing, the shaping stage plays a decisive role in jacket quality.

Interlinings give the jacket its internal structure. Whether fused or canvas-based, they respond to heat, moisture and pressure differently from the outer fabric, so pressing values that suit the cloth may not suit the interlining beneath it.

The lapel roll, sleeve head and shoulder line are the areas where an expert eye notices a poor finish first. Because these shapes are created by sewing and fixed by pressing, a skilled presser and a suitable form are as important as the sewing machine itself.

Quality in jacket manufacturing also depends on the discipline of pattern making. Patterns that are graded carefully across sizes keep the shoulder and lapel proportions stable, so that every size presses and fits in the same way.

3. THE 8,000 SQUARE METER INTEGRATED FACILITY: OPERATIONAL EFFICIENCY IN IZMIR JACKET MANUFACTURING

Work flow at the 8,000-square-meter integrated facility.

The factory in the Kemalpasa district was designed with 8,000 square meters of enclosed space to meet the architectural and operational requirements of Izmir Jacket Manufacturing processes.

The three-story structure is based on work flows moving without obstructing each other, continuously and ergonomically.

The ground floor is allocated to raw material reception, quality control, the cutting room, the general warehouse and shipping operations.

The cutting stage is the critical phase in jacket making, one that cannot be reversed and directly determines product quality. Processing fabric with precise calculations helps lower the error rate in Izmir Jacket Manufacturing targets.

The first floor is dedicated to production lines and conveyor systems. The machine layout has been planned in line with international engineering norms.

From the sewing units to the intermediate pressing presses, and from the final touch-up stations to the form-giving platforms, every detail has been arranged to reduce operational bottlenecks.

The second floor houses the offices where the factory’s administrative processes are managed.

A staff of 210 works at the facility. Production capacity has been raised in a planned way from the initial 600-650 units per day to 1,000, and the near-term target is set at 1,200 units per day.

In integrated plants, the production flow is designed on the principle that material moves in one direction without going back. This layout reduces intermediate stock, shortens transport distances and makes it easier to carry out quality control at every stage.

Capacity growth is not achieved only by adding machines; line balancing, staff training and the material feeding system must be planned together. Since the bottleneck usually forms at the slowest station, the cycle time of pressing stations such as intermediate and final pressing is monitored.

Occupational safety is a separate topic, because pressing stations in jacket manufacturing involve hot surfaces and steam. Protective covers, emergency stop devices and operator training are among the basic safety measures in Izmir Jacket Manufacturing facilities.

Workwear for pressers matters too. Heat-resistant gloves, steam-safe footwear and adjustable table heights lower fatigue and the risk of burns, and they keep experienced staff at their stations for longer.

Bundle and hanger-based material handling systems carry jacket parts from station to station without piling them on the floor. This reduces handling damage, keeps the parts of one garment together and makes it easier to trace a quality problem back to its source.

Work in progress is one of the most visible indicators of a well-balanced line. When piles of unfinished jackets build up in front of one station, the cause is usually found a few stations earlier or later, and not at the pile itself.

Visual management helps a plant of this size. Color-coded bundles, floor markings and clear station boards show supervisors at a glance where work is waiting, and Izmir Jacket Manufacturing lines use this information to move staff where it is needed.

4. IZMIR JACKET MANUFACTURING WITHIN THE SCOPE OF QUALITY ENGINEERING AND ADVANCED TECHNOLOGY

Making men’s suits and jackets should be approached as a precise structural engineering exercise, beyond ordinary garment manufacturing.

Many details, such as the correct seating of the shoulder form, the lasting stability of the lapel and the integration of interlining and lining with the fabric, make the use of advanced technology machines necessary.

For Imajteks, which serves internationally recognized brands through a contract manufacturing model, keeping the margin of error as low as possible is essential.

Every product leaving the production line must pass the quality inspections that customer brands require in Izmir Jacket Manufacturing processes.

Producing workmanship that suits these brands and ensuring standardization in quality depend on investing in advanced technology machines.

Although imported hardware is used in the sewing machine group, the operation that gives a suit its three-dimensional character is the pressing stage.

Intermediate and final pressing are the main factors that determine how a well-sewn fabric will look in a shop window.

To reach the quality targeted in Izmir Jacket Manufacturing standards, integrating systems that offer programmable and homogeneous steam distribution is important.

In jacket pressing, temperature, steam, pressure and vacuum time are set together; areas such as the shoulder, lapel and sleeve head need different forms and times. Making these values programmable makes it easier to process the same model with the same result across shifts.

Homogeneous steam distribution prevents moisture building up in some areas of the fabric and insufficient shaping in others. Steam quality (dryness), condensate management and line insulation are also factors that affect the result.

Jacket forms and pads must suit the shoulder and lapel structure of the product. The choice of form and cover material helps reduce shine or marks on the surface.

Customer brands usually define quality through measurable criteria: dimensional tolerance, stitch density, surface appearance and shape retention after pressing. Checking these criteria by sampling at the end of the line helps Izmir Jacket Manufacturing plants notice defects early, before a whole batch is affected.

Sampling plans such as those described in ISO 2859-1 are widely used in garment inspection to decide whether a batch is accepted. The plan sets the sample size and the number of defects allowed, so that decisions rest on rules and not on impressions.

Customer brands often ask for traceability down to the lot of fabric and the pressing program used. Keeping these records is easier when settings are stored as recipes, and it supports Izmir Jacket Manufacturing audits.

Wool and wool-blend fabrics need controlled moisture during pressing, because dry heat alone can cause shine and stiffness. Pressing cloths, correct temperature and a vacuum stage that removes moisture before cooling help to protect the surface and the hand-feel of the cloth.

Pressing quality is easier to keep consistent when reference samples are available. A pressed approval sample kept at the station lets operators compare shape, shine and crispness without waiting for a quality inspector.

5. DOMESTIC TECHNOLOGY AND STRATEGIC SOLUTION PARTNERSHIPS IN IZMIR JACKET MANUFACTURING

Press systems developed with domestic engineering.

Dependence on foreign sources in textile production technologies, which lasted for many years, has started to decline thanks to the R&D work and engineering investments of machine manufacturers.

Manufacturers that take part in this transformation contribute to industry in Türkiye growing with its own resources.

At the delicate points of jacket manufacturing, such as ironing and form giving, Imajteks chose Malkan press systems, relying on domestic engineering instead of paying foreign currency abroad. This choice played an important role in the success of its Izmir Jacket Manufacturing investment.

A few years ago, the sector depended on machines of European and Far Eastern origin; today it can reach high performance with domestic suppliers as well.

Imajteks management first experienced these systems at its Istanbul factory and was satisfied with the result. The improvement in the appearance of the suits that were sewn was also followed through collected data.

When the technical staff’s respect for their work and the performance of the machines came together, the whole intermediate and final pressing line of the Kemalpasa facility was equipped with the same domestic technology. The results obtained meant that the facility continued with the same solution partner in its additional investments.

Buying the intermediate and final pressing line from one manufacturer means working with a single contact for spare parts, service and operator training. Using the same control logic also makes it easier for staff to move between stations.

In domestic manufacturing, close access can shorten communication time for technical discussions, form development and service requests. However, the service time and scope should be clarified in the contract.

In Izmir Jacket Manufacturing investments, machine selection is made by looking not only at the initial price but also at energy, maintenance and service costs. Working with a domestic supplier can make it easier to plan these items.

A machine that can be adapted to new forms quickly gives the plant flexibility when collections change. Fashion seasons bring new silhouettes, and a plant that can adjust forms and settings without long stoppages keeps its delivery schedule.

Energy is a cost item that grows with capacity. As Izmir Jacket Manufacturing output rises, steam and compressed air consumption per jacket becomes a useful indicator, because it shows whether new capacity is being added efficiently.

6. ENGINEERING SUPPORT FOR IZMIR JACKET MANUFACTURING STANDARDS: FROM INSTALLATION TO FULL CAPACITY

Building a factory’s machine park is not a simple process of buying industrial devices and commissioning them. This stage requires installation infrastructure, capacity planning and engineering vision.

Malkan Machinery, which designed the process during installation, provided technical support in realizing the investment in Izmir.

The consultancy given on machine layout suited to the physical structure of the factory, efficient routing of steam and vacuum lines, and insulation solutions to lower energy costs helped Imajteks start production faster.

In addition, a solution-oriented approach was shown on payment terms and financing.

Malkan Machinery’s then Chairman of the Board, Mr Mustafa Alkan, and his team were present in the field from the project design stage onward. This interest was conveyed as a good example of solidarity in the sector.

Imajteks management, which shows special sensitivity to mold and form, worked in harmony with this flexible structure that can quickly reflect new form solutions in the product.

Working with a strong solution partner to reach the targeted quality in Izmir Jacket Manufacturing processes creates a solid basis for the same cooperation to continue in possible capacity-increase projects.

When steam lines are laid, boiler capacity, pipe diameter, insulation and the placement of condensate traps are planned together. On a badly planned line, wet steam can reach the machine even if the boiler is efficient, and quality problems can follow.

In the vacuum line, pipe cross-section, line length and filter maintenance matter as much as suction power. A clogged filter or insufficient cross-section can stop moisture from being drawn off the pressing table properly.

After commissioning an Izmir Jacket Manufacturing plant, operator training and a planned maintenance program support the machine park in running close to its first-day performance. Training covers safety, recipe selection and daily maintenance steps together.

Commissioning an Izmir Jacket Manufacturing plant is less about starting machines one by one than about balancing the line as a whole. When the speed of pressing stations is matched to the output of the sewing line, capacity targets can be approached with more confidence.

A commissioning checklist helps avoid gaps: steam pressure test, vacuum leak test, safety device check, program transfer for each model and operator sign-off. Writing down the results of each step gives the plant a reference for later maintenance.

Spare parts planning protects the schedule. A short list of critical parts kept in stock, such as seals, steam valves and vacuum filters, prevents a small failure from stopping a pressing station for days.

7. BECOMING THE IZMIR JACKET MANUFACTURING HUB OF GLOBAL BRANDS WITH A PROACTIVE DEVELOPMENT MODEL

Production and quality approach at the Imajteks facility.

Having completed its establishment phase and the capacity targets set for the first two years, Imajteks has turned its course toward qualitative deepening and raising its brand value.

The company defines its Izmir Jacket Manufacturing vision not only as increasing quantity but as growth driven by knowledge and technology within a “proactive development model”.

This model includes deepening market research, continuous optimization of production techniques, continuity of personnel training and representing the brand on important business platforms.

Producing the collections of leading fashion brands is not only sewing but also keeping those brands’ quality expectations alive in every area of the facility.

Imajteks states that it is an “accredited manufacturer” of the brands it produces for, and aims to keep this title by passing audits successfully.

Imajteks’ goals are clear: to become a strong reference in the Izmir region with its Izmir Jacket Manufacturing quality, and then one of the reference points of the sector across Türkiye.

The long-term goal is to become an integrated manufacturer known worldwide and admired for its production discipline. Trust in machine and equipment suppliers and transparent communication with the brands served on a contract basis are the bases of these goals.

The structure and historical development of the global textile industry, as outlined on the Wikipedia Textile Manufacturing page, show how broad an ecosystem Imajteks’ goals address.

In contract manufacturing, the audits of customer brands cover topics such as the quality system, occupational safety, workers’ rights and traceability. Preparing for these audits requires continuous work that covers not only product quality but the whole management system of the facility.

Personnel training is one of the basic investments for continuity of quality in contract manufacturing. Regular skills training and defect analysis meetings reduce repeat errors.

Becoming the Izmir Jacket Manufacturing hub is measured not only by plant size but also by trained staff, regular audit results and customer feedback.

Multi-skilling is a practical tool here: when operators can work at more than one station, the plant can respond to absences and peaks without stopping the line. A skills matrix that shows who can do what helps supervisors plan the day.

Scheduling also depends on the order mix. Plain wool jackets and heavily constructed jackets take different pressing times, so planners who know the cycle time of each model can load the line more realistically.

Finally, investment in training must be matched by clear career paths. When a sewing operator can see how to become a senior presser or a line supervisor, the plant keeps its knowledge inside the company. This is a quiet advantage for Izmir Jacket Manufacturing plants.

8. Conclusion: Labor, Technology and Expectations for Izmir Jacket Manufacturing

However much automation and technology use grows, the ready-to-wear sector is ultimately a profession that rests on human vision, manual skill and attention.

On this road that began as a small enterprise with 4-5 machines, leading a production structure that now provides employment for hundreds of people is a great responsibility and a source of motivation for the employer.

Every individual working in Izmir Jacket Manufacturing operations directly affects the overall success of the factory. Providing jobs to such a large team is one of the employer’s most important sources of motivation.

However, difficulties such as competition in global markets, energy costs and raw material fluctuations make it important for producers to be supported with government incentives.

In textiles, a labor-intensive sector, every kind of institutional support aimed at protecting employment and renewing technological infrastructure will return to the national economy as a contribution.

Considering changes in consumer demand and Türkiye’s position in the supply chain, the coming period is expected to be an active one for Izmir Jacket Manufacturing activities. Imajteks is preparing to meet this activity with its investment vision and machine park.

In conclusion, the Imajteks and Malkan cooperation shows that when the right location, integrated plant design and suitable machine investment are handled together, measurable gains in quality and capacity can be achieved in jacket making.

9. Frequently Asked Questions (FAQ)

Advanced technology machine park and quality control processes.

What are Imajteks’ capacity targets within the Izmir Jacket Manufacturing vision? The facility has raised its daily output from 600-650 units at installation to 1,000 units per day. With infrastructure improvements and staff training, the capacity is targeted to reach 1,200 units per day.

What are the advantages of domestic press technologies in high-volume jacket production? Ironing and pressing operations, which give the jacket form its permanence, are at the center of production. Domestic systems offer an energy-saving goal, access to technical service and flexibility in developing project-specific forms.

Why was the Izmir Jacket Manufacturing ecosystem chosen instead of Istanbul for the facility investment? Istanbul’s high operating, logistics and labor costs narrow competitiveness. Izmir offers a deep pool of qualified staff with long garment experience and more manageable expenses.

Why is the pressing stage critical in Izmir Jacket Manufacturing? Pressing determines the form and stance of the jacket at areas such as the shoulder, lapel and sleeve head. If temperature, steam, pressure and vacuum time are not set together, shine, marks or loss of shape can occur.

Why is an integrated plant preferred for Izmir Jacket Manufacturing? Because the flow from cutting to shipping is managed under one roof, intermediate stock and handling fall. Quality control can also be carried out at every stage.

What do customer audits cover in contract manufacturing? Audits generally cover the quality system, occupational safety, workers’ rights and traceability. Preparation requires continuous work across the whole management system of the plant.

What are the key safety measures in an Izmir Jacket Manufacturing facility? At stations with hot surfaces and steam, protective covers, emergency stop devices and operator training are the basic measures. These measures need to be checked periodically.

How is sample inspection used in garment quality control? A sampling plan, such as ISO 2859-1, sets how many garments are checked and how many defects a batch may contain. This lets the accept-or-reject decision rest on rules instead of impressions.

How does the Izmir Jacket Manufacturing plant keep pressing results consistent? Saved recipes, reference samples and trained operators help the same model look the same across shifts. Regular checks of steam and vacuum values keep the machines within their settings.

What support did Malkan Machinery provide in this project? During installation, Malkan Machinery provided consultancy on machine layout, steam and vacuum lines and insulation. It also responded flexibly to form and mold requests.