For textile printing workshops, packaging and label manufacturers, signage companies, promotional printers, machine manufacturers, and plastic and metal part manufacturers in Mersin looking for screen printing materials, choosing the right product is not simply a matter of purchasing paint or a printing machine. The printing surface, product dimensions, design detail, plate size, mesh structure, emulsion type, squeegee hardness, and drying method must all be compatible.
OkanGökhan Screen Printing Machines, with its production and supply structure based in Topkapı, Istanbul, offers technical evaluations to businesses researching products from Mersin regarding the selection of machinery, molds, paints, emulsions, squeegees, drying equipment, and auxiliary materials. It should not be given that there is a physical branch or service center in Mersin; shipping, transportation, stock, and delivery conditions should be verified according to the product type during the quotation phase.
Users who want to see all the components of screen printing production professional screen printing supplies category, those who want to understand the overall structure of the system before starting work a comprehensive guide to screen printing materialscan examine.
Short answer: When choosing a screen printing machine or materials in Mersin, the surface to be printed on and the print dimensions should be determined first. Then, the machine table, plate, mesh, emulsion, squeegee, ink, and drying system should be evaluated together. Price, stock, transportation, and delivery conditions should be confirmed before ordering, after the product dimensions have been finalized.
For paper, cardboard, thin sheets, PVC labels, or flat plastic surfaces, a vacuum print bed can be considered to prevent product movement during printing. In textile and fabric bag printing, a special bed suitable for product transfer and a proper registration system are important for multi-color jobs. For non-porous surfaces such as metal, glass, and hard plastics, the ink manufacturer's technical data sheet, surface preparation, and sample testing should be taken into account.
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When selecting products unique to Mersin, it should be taken into account that businesses in the city are not tied to a single sector. In the official structure of the Mersin Chamber of Commerce and Industry Treating agriculture-food, logistics, and industry as separate sectors indicates that different materials and production processes coexist within the city.
This approach to screen printing necessitates the evaluation of diverse application scenarios rather than a single standard solution. Businesses dealing with food and agricultural products might consider cardboard boxes, crates, packaging surfaces, labels, or promotional signs. Logistics businesses could utilize packaging materials such as parcels, equipment panels, directional signs, or durable warehouse markings. Finally, in machinery and metal manufacturing, control panels, technical plates, device housings, and metal sheet printing may be prominent applications.
Economic indicators of Mersin Governorship, This confirms the presence of organized industrial structures and production activities in the city. However, this data does not mean that every business uses screen printing. The need for screen printing should be analyzed separately according to the product the business produces, the surface type, the quantity, the expected durability, and the printing geometry.
Official sources of Mersin Organized Industrial Zone It reveals an industrial infrastructure where firms operating in different production areas are located. In this context, when researching screen printing equipment in Mersin, it is necessary to avoid using the same paint or mold formula for different surfaces such as metal, plastic, cardboard, textile, and packaging.
Çukurova Development Agency Investment and development content published for Mersin, This provides an institutional framework for considering different production areas together in the city. This connection does not directly constitute a claim about the size of the screen printing market; it helps in understanding possible packaging, labeling, paneling, and technical marking scenarios.
Practical answer: There isn't one single "most suitable screen printing machine" for Mersin. A business that prints on packaging has different needs for printing plates, inks, molds, and drying processes than a business that prints on metal machine panels. The right solution is determined by the actual product being printed on, not by the city name.
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Screen printing is not a simple shopping list consisting of a printing machine, plates, inks, and a few auxiliary products. It involves complementary product groups, from plate preparation to post-printing drying and cleaning. This is especially important for new businesses. Guide to professional printing workshop equipment You can examine the overall structure of the production line through this.
| Product group | His role in production | The main criterion in the election | Related page |
|---|---|---|---|
| Printing machines | It brings the mold and the product together in a controlled manner. | Surface area, product dimensions, printing area, and vacuum requirements. | screen printing machines |
| Paints | It transfers the image to the target surface. | Surface conformity, adhesion, flexibility, and drying. | types of screen printing paints |
| Textile dyes | It enables printing on fabrics and textile products. | Fabric type, fixing condition, and washing expectations. | water-based textile dyes |
| Printing plates | It is a frame and mesh system that carries the pattern. | Printing area, frame size and tension | screen printing plates |
| Emulsions | It creates the printing stencil on the mold. | Paint system, light source, and exposure setup. | masks and emulsion products |
| Ragle | It transfers the paint from the mesh to the surface. | Width, Shore hardness, and mouth structure. | screen printing squeegee models |
| Ragle rubber | It determines the paint transfer characteristics. | Hardness, profile, and wear condition. | screen printing squeegee rubbers |
| Exposure equipment | It transfers the film onto an emulsion-coated mold. | Mold size, light homogeneity and contact | screen printing exposure machines |
| Drying systems | It ensures that prints are held or fixed in place for an extended period. | Paint type, quantity, product dimensions, and workshop area. | screen printing drying systems |
| Mold washing equipment | It regulates the opening and cleaning of the mold. | Mold dimensions, water drainage, and workshop layout. | mold washing cabinets |
| Auxiliary materials | It supports mold making, cleaning, and production continuity. | Paint and emulsion system used | screen printing auxiliary materials |
When preparing the materials list, the tasks to be performed should be classified first. Textile printing, rigid surface printing, and cylindrical product printing may not be carried out with the same machine setup. As the production line grows, drying, mold making, cleaning, and product holding areas become as important as the main printing machine.
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The first step in choosing a screen printing machine is not to find the largest model or the lowest-priced product in the catalog. The physical characteristics of the product to be printed and the company's production model must be clarified. Users who wish to make a technical comparison... screen printing machine buying guideAnd screen printing machine selection guide can examine.
The following questions should be answered when choosing a machine:
Election rule: The machine table must safely support not only the area where the image will be printed, but the entire product. The outer dimensions of the mold must also be compatible with the machine's mold holder and working height. If these three dimensions are confused, the machine may appear large but be inadequate for actual production.
For small-sized and low-volume jobs. desktop screen printing apparatus It can be considered in workshops that require an independent setup operating from the ground. floor-standing screen printing apparatus It may be suitable. However, it is also suitable for flat and movable materials. vacuum manual screen printing machineIt helps to secure the product on the tray.
Businesses aiming for consistent mass production should evaluate operator dependency and print repeatability. semi-automatic screen printing machine can be examined. For bottles, tubes or similar round products, instead of a flat surface, Semi-automatic printing system for cylindrical productsIt may be necessary.
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Vacuum machines aim to reduce the movement of thin and flat materials through air channels or suction surfaces on the table. This fixation can help improve print repeatability on materials such as paper, cardboard, film, PVC labels, thin sheets, and similar materials.
A non-vacuum table can be used in applications where the product can be adequately secured by weight, apparatus, adhesive table, or mechanical support. For thick, heavy products or those held with special fixtures, vacuum may not be necessary. To see the detailed principles of vacuum systems, click here. Vacuum screen printing machine guide It can be examined.
| Criterion | Vacuum machine | Vacuum-free machine |
|---|---|---|
| Main purpose | To reduce movement of thin and flat products. | Printing jobs where mechanical or natural fixation is sufficient. |
| Suitable surfaces | Paper, film, labels, cardboard, and thin sheets. | Thick plate, product attached to heavy parts and apparatus. |
| Advantage | It helps maintain the product's position. | It can create a simpler work environment. |
| Limitation | It is not necessary on every surface. | Additional fastening may be required for lightweight products. |
| Decision criteria | The product may lift or slip during printing. | Product weight, geometry, and fastening method. |
The main difference: Vacuum is not a guarantee of quality, but a product stabilization tool. A vacuum bed alone will not provide a clear print if there are incorrect mold, paint, squeegee, or operator settings.
The printing area is the actual area where the image will be transferred to the product. The build plate size is the working surface on which the product is placed. The outer dimensions of the plate refer to the entire mesh-stretched frame. Simply stating "I will print 50x70 cm" when requesting a quote is often insufficient.
For example, a product with external dimensions of 50x70 cm might only require a 20x30 cm print. Another product might need a larger print that extends to the edges. Even with the same product dimensions, the required plate and build plate can vary. Production problems can arise from the product overflowing the build plate, the plate not being able to be attached to the machine, or the squeegee not having enough room to move within the frame.
For wearable or slip-on items like t-shirts and tote bags, the shape of the printing plate is important. The front and back of the product must be placed onto the plate without sticking together, the seams must not coincide with the printing area, and for multi-color designs, the patterns must be followed correctly.
For monochrome, small-scale textile projects. one-sleeved t-shirt printing machine can be considered. In multi-colored designs, however... 4-color, 1-station screen printing press It allows for the use of separate molds for each color. The suitability of the dye for the fabric and the fixation requirements should not be considered independently of the machine selection.
Screen printing ink should not be chosen solely based on product name or color. Materials with different surface energies and chemical structures can be found under the same "plastic" definition. PE, PP, PVC, ABS, polycarbonate, and acrylic may look similar but may not provide the same adhesion with the same ink system.
To learn the basic principles of different types of paint. A comprehensive guide to screen printing inks. It is usable. In commercial production, the paint manufacturer's technical data sheet, safety data sheet, surface cleaning, pretreatment if necessary, and sample testing should be checked.
| Printing surface | Paint approach that can be evaluated | Point to check |
|---|---|---|
| Textile | Water-based or other textile dye systems suitable for the fabric. | Fabric composition, elasticity, fixation, and washing tests. |
| PVC | Solvent-based systems compatible with PVC. | Softener content, surface cleaning and adhesion. |
| PE and PP plastics | Surface-specific paint and pre-treatment if necessary. | Surface energy, corona, or the need for appropriate pretreatment. |
| ABS and hard plastic | Paint whose surface compatibility is specified in the technical data sheet. | Cracking, chemical resistance, and sample testing. |
| Metal | Paint system suitable for metal surfaces. | Degreasing, surface coating, drying, and abrasion. |
| Pine | Glass-compatible paint and proper curing. | Cleaning, scratch, water and chemical resistance. |
| Paper and cardboard | Absorbent and coating-suitable paint. | The effect of cellophane, lacquer, or coating on paint adhesion. |
| PACKAGING | A system compatible with packaging materials. | Food contact and regulatory requirements |
| Promotional product | Paint that matches the product's actual raw material. | The product should not be described simply as "plastic". |
Practical answer: The first question when choosing paint shouldn't be "Which color?", but rather "What material will it be printed on?". If the commercial name of the material is insufficient, technical material information should be requested from the supplier, and adhesion tests should be performed before mass production.
Businesses operating in the food and packaging sector in Mersin should also evaluate the direct or indirect contact of packaging with food. Standard screen printing ink should not be automatically assumed to be suitable for food contact. Suitability must be verified through the relevant ink manufacturer's documentation and usage instructions.
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A screen printing plate is a printing platform consisting of a frame, stretched mesh, and emulsion layer. The frame should be larger than the printing area, leaving enough space for the squeegee to move freely around the design.
Aluminum frames are attractive due to their lightness, corrosion resistance, and durability. Metal frames, on the other hand, offer economical or durable solutions with various sizes and body structures. The best choice depends not only on the frame's material but also on its profile cross-section, dimensions, mesh tension, and the machine it will be used with.
For a detailed technical framework on mesh selection... Screen printing mesh and silk selection guide It can be examined.
| Active | A situation that may require a more open mesh. | A situation that may require more frequent meshing. |
|---|---|---|
| Paint consistency | Systems requiring high and intense paint transfer. | Systems that require more fluid and controlled transfer. |
| Design | Bold text, block space, and high opacity. | Thin lines, small text, halftones, and details. |
| Surface | Rough or absorbent surface | Surface requiring flat and fine detail. |
| Emulsion thickness | Jobs that require a thick layer of paint. | Jobs requiring a controlled and thin paint film. |
| Production target | Visual intensity and coverage are prioritized. | Priority is given to sharpness and detail repetition. |
Election summary: A lower mesh number generally allows for more paint transfer, while a higher mesh number facilitates more controlled paint transfer. However, mesh number alone should not be considered when evaluating paint consistency, pigment size, design detail, emulsion, and squeegee settings.
Insufficient mold tension can cause the mesh to adhere excessively to the product during printing, resulting in stretched images or blurred edges. Conversely, excessively high or uneven tension can create unnecessary stress on the frame and mesh. In professional production, tension should be measured and recorded to match the mesh and frame system being used.
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The emulsion forms the printing stencil by selectively closing the mesh pores on the plate. While the light-transmitting areas of the film harden, the parts hidden beneath the black areas of the design are revealed during washing. Therefore, film density, emulsion layer, light source, and contact quality directly affect the result.
When selecting an emulsion, it should be checked whether the ink system to be used is water-based or solvent-based. Incompatible emulsions may soften, swell, or detach prematurely from the mold during printing. The mixing, holding, coating, drying, and durability information specified in the product's technical data sheet should be followed.
Simply copying a single minute value found online for exposure time is not reliable. Plate size, mesh color, emulsion thickness, light source, lamp usage time, film density, glass cleanliness, and the distance between the light source and the plate all affect the exposure time. For detailed adjustment logic, see below. Screen printing plate exposure settings guideIt can be examined.
The correct method: Exposure time should be determined using a test strip or step-by-step testing. The optimal time should be recorded along with the emulsion, mesh, lighting system, and coating pattern used. The test should be repeated if any of these components change.
A clean work area must be created during the mold preparation process. Dust, oil, dried paint, and fingerprints can impair film contact and the emulsion surface. The coated mold must be completely dried in a dark, dust-free area with adequate air circulation.
For lighting area suitable for mold dimensions Exposure camera models This can be evaluated. It is not enough for the machine to simply physically enclose the mold; the light must be evenly distributed across the entire working surface, and the film must make proper contact with the emulsion.
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A squeegee is the primary application tool that transfers ink from the open mesh areas on the mold to the printing surface. The printing result depends not only on the hardness of the rubber but also on the squeegee width, edge sharpness, printing angle, applied pressure, speed, and mesh tension.
The squeegee should be wide enough to allow controlled movement on either side of the design, but it should not be squeezed inside the frame. A notch or ripple at the squeegee can create lines and uneven ink film in the print. After use, ink residue should be removed with a suitable cleaner, the rubber should not be left in solvents, and it should be stored flat.
Basic rule: A softer squeegee can help transfer more paint; a harder squeegee can provide a thin and controlled paint film. However, selection should not be made solely based on Shore rating without considering the surface, mesh, paint consistency, and operator pressure.
Users looking for a ready-made solution with a Ragle body screen printing squeegee category; Businesses that will fit new tires to their existing car bodies Squeegee rubber optionscan evaluate.
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Stacking products on top of each other after printing may result in paint smudging, sticking, scratching, or surface damage. Drying rack, It is used to neatly store printed parts in a confined space without them touching each other.
When choosing drying racks, not only the number of racks but also the external dimensions and weight of the product, the rack spacing, the workshop's passageway, and the daily production volume should be considered. A small rack surface cannot safely support a large product. Conversely, excessively large racks can restrict movement in the workshop.
Businesses that do manual production screen printing paint drying rack You can examine how the drying rack works. Drying rack user guide available.
Conveyor dryers allow the product to pass through a controlled heating zone on a belt. They can help standardize the production flow, especially in textile dyeing systems that require specific temperature and holding conditions. However, the temperature and belt speed must be adjusted according to the dye manufacturer's fixing requirements.
Conveyor dryer fixing tunnel When evaluating the product, the electrical infrastructure, ventilation, product dimensions, and paint system should be considered together. Further details on this matter are provided. conveyor dryer guide It is located there.
The mold washing booth provides a workspace for opening the mold after exposure and for more controlled cleaning of paint or emulsion residues after production. However, the booth alone does not constitute a safe cleaning system without proper water drainage and chemical management. Options tailored to workshop dimensions are available. From the screen printing stencil washing booths category It can be examined.
Areas where paint, emulsion removers, cleaners, and solvents are used must have ventilation, personal protective equipment, spill plans, and safety data sheets. For a general safety approach, refer to the Ministry of Labour and Social Security's guidelines. Chemical industry occupational health and safety guideThis information can be reviewed. This resource does not replace the safety data sheets of the products used.
Workflow response: The drying rack organizes the products, the conveyor dryer provides a controlled heat process in specific paint systems, and the mold washing booth helps to carry out mold cleaning in a separate area. The three pieces of equipment don't do the same job; they complete different stages of production.
Briefly:
| Printing job | Printing surface | Priority equipment | Point to note | Suitable product group |
|---|---|---|---|---|
| T-shirt printing | Cotton or blend textiles | Textile table, mold, suitable dye and fixative. | Fabric type and wash resistance | t-shirt printing machine |
| Fabric bag printing | Textile | Printing equipment, molds and textile dyes | The seams and folding areas of the bag | textile dyes |
| PVC label | PVC or similar film | Vacuum tray, suitable paint and drying rack. | Material slippage and paint adhesion. | vacuum manual machine |
| Metal panel | Painted or raw metal | Stable base, suitable mold and paint. | Surface cleaning and coating type | flat surface printing machines |
| Glass printing | Pine | Suitable fittings and paint compatible with the glass. | Cleaning, curing, and scratch testing. | auxiliary printing products |
| Paper and cardboard | Absorbent or coated surface | Vacuum table, mold and rail | Paper removal and coating compatibility. | drying systems |
| PACKAGING | Cardboard, plastic or film | Surface-appropriate printing system | Food contact status and technical suitability. | printing inks |
| Promotional product | Plastic, metal, wood, or glass. | Suitable adapter for the product | The actual raw material and geometry of the product. | foot-operated printing press |
| Cylindrical product | Bottle, tube or round piece | Rotary or cylindrical printing system | Diameter, printing circumference and product fixing. | circular printing machine |
| Small workshop | Variable surfaces | Modular manual equipment | Clarification of the first product line | desktop printing device |
The table provides initial guidance; for precise product selection, the product sample, print dimensions, ink system, and target quantity should be evaluated together.
When setting up a new workshop, it's not necessary to purchase all products at once. First, the target work group should be selected, and equipment should be prioritized according to the actual production sequence. For overall planning... screen printing workshop setup guide available.
The basic production chain consists of the following parts:
A business initially working with monochrome textiles could start with a textile table, a few suitable patterns, a squeegee, dyes appropriate for the fabric, and a controlled fixing system. However, in a workshop working with paper, labels, or PVC surfaces, a vacuum table and drying rack might become important at an earlier stage.
In metal panel or industrial part printing, surface cleaning, durability testing, appropriate fixtures, and a controlled ink system are crucial. Investing in a textile loom may be unnecessary for this business. In a workshop printing cylindrical products, a special mechanism that allows the product to rotate should be considered instead of a flat table.
The following areas should be allocated within the workshop:
Briefly:
In screen printing, many problems stem not from poor product quality, but from incorrect product matching or inadequate process planning. For detailed troubleshooting... guide to screen printing errors It can be examined.
| Mistake | Possible outcome | Solution approach |
|---|---|---|
| Choosing a machine based solely on table dimensions. | The product or mold does not fit into the machine. | Please provide the product, printing area, and outer plate dimensions separately. |
| Buying paint without specifying the type of material. | The paint may chip, crack, or not adhere properly. | Verify the technical name of the raw material and conduct tests. |
| Using the same mesh for every job. | Detail loss or inadequate paint transfer occurs. | Choose the mesh size based on the paint, design, and surface. |
| Failure to check emulsion and paint compatibility. | The plate gets damaged during printing. | Review the emulsion technical data sheet. |
| Getting a single exposure time online | The mold doesn't open or is overexposed. | Perform a gradual test exposure. |
| Ignoring Ragle Edge Wear | The print becomes streaky or uneven. | Regularly check your mouth profile. |
| Applying excessive pressure | The image spreads and the mesh wears out. | Standardize angle and pressure using test prints. |
| Planning the drying area too late. | The prints stick together. | Install a rail or fixed system suitable for the capacity. |
| Leaving the mold washing area unplanned. | Splashing, mess, and chemical hazards occur. | Create a controlled washing and draining system. |
| Not checking the input size of the large machine. | The machine is not allowed in the workshop. | Measure doorways, hallways, staircases, and transportation routes. |
| Neglecting ventilation | Steam and odors accumulate. | Plan a ventilation system appropriate to the chemical being used. |
| Requesting quotes without sharing production quantities. | A system that doesn't match the capacity is chosen. | Communicate your daily and monthly targets before submitting your offer. |
Troubleshooting summary: When a printing error is detected, all settings should not be changed simultaneously. Mesh, ink consistency, squeegee pressure, bed fixing, and drying conditions should be checked individually; the results of the changes should be recorded.
A technical evaluation requires more detailed information than simply stating "I want a screen printing machine" or "I need plastic ink." Incomplete information increases the risk of incorrect product selection and unnecessary returns or revisions.
| Information to be prepared | Why is it necessary? | Example explanation |
|---|---|---|
| Product to be printed | It specifies the type of machine and paint. | T-shirt, PVC label, metal panel or glass bottle |
| Technical type of material | It affects paint adhesion. | PE, PP, PVC, ABS or cotton textiles |
| Product external dimensions | It defines the platform and transport area. | Length, width, height, or diameter |
| Actual print size | It determines the mold and squeegee dimensions. | The width and height dimensions of the logo. |
| Number of products | It affects whether you need manual or automatic operation. | Daily and monthly targets |
| Number of colors | Determines the number of molds and stations. | Single color or multi-color |
| Existing mold | It affects the machine connection. | The outer dimensions of the frame. |
| The paint to be used | It affects emulsification and drying. | Water-based, solvent-based, or custom systems. |
| Workshop area | It determines the machine and rail layout. | Door, hallway and work area |
| electricity infrastructure | Required for dryers and auxiliary equipment. | Current wiring and socket layout. |
| Ventilation | It affects chemical and thermal management. | Natural or mechanical ventilation |
| Delivery city | It affects the method of transportation. | Mersin city center or relevant district |
| Need for technical support | It clarifies the scope of the offer. | Product selection, installation plan, or usage questions |
Along with this information, you can share a product photo, a visual representation of the area to be printed on, and a photo of the existing mold (if available). A photo alone may not confirm the material type; technical raw material information should also be requested.
When a screen printing machine or materials are requested from Mersin, the process should begin with a technical needs analysis. It should not be assumed that Okan Gökhan has a physical branch or warehouse in Mersin. The production and supply process is evaluated based on the Istanbul Topkapı headquarters.
In the first stage, information about the product to be printed, raw materials, product dimensions, print dimensions, target quantity, number of colors, and available equipment is shared. Then, the appropriate machine type, mold, squeegee, ink, and auxiliary equipment are evaluated.
The transportation methods for small consumables and large machinery may differ. For bulky products such as machinery, drying racks, or mold washing cabinets, packaging, transport vehicle, unloading conditions, building entrance, and workshop layout must be planned separately. For chemical products, the transportation company's acceptance conditions and product safety information should be checked.
Stock, price, shipping cost, shipping method, and delivery time must be confirmed before placing an order. Unverified claims such as same-day delivery to Mersin, free shipping, or on-site service should not be used.
Process summary: First, the job is defined, then the product dimensions are verified, the appropriate equipment is determined, and finally, the current price, stock, and shipping conditions are clarified. For technical products, sharing the dimensions before obtaining a price increases the accuracy of the offer.
Businesses looking to compare production and supply regions near Mersin can find them on the Çukurova line. Adana screen printing supplies You can review the page for textile, packaging and different production scenarios in Southeastern Anatolia. Gaziantep screen printing materials The content can be evaluated.
Users who want to compare machinery, metal, and various production needs in Central Anatolia Screen printing materials in Konya. And Screen printing supplies in Ankara.You can refer to their pages.
Prepared for the Aegean and Marmara Regions Screen printing supplies in Izmir., Screen printing supplies in Bursa. And Screen printing supplies in Kocaeli. The pages focus on different surface and business scenarios.
For other production regions of Türkiye Istanbul screen printing supplies, Screen printing materials in Eskişehir., Samsun screen printing materials And Antalya screen printing suppliesThe contents can be examined.
These city pages do not imply that every city has a physical branch. The content is designed to help businesses researching products in each city evaluate the right equipment group based on printing surface and intended use.
When choosing screen printing equipment, it's not enough to look at the features of just one product. The printing machine must work in harmony with the plate, squeegee, ink, exposure, drying, and cleaning system.
OkanGökhan Screen Printing Machines' approach is based on determining the appropriate product group by obtaining information about the product and its dimensions from the user. This approach can help reduce the risk of purchasing a machine that is too large or selecting inks and plates that are not suitable for the job.
The evaluation process includes the following topics:
Businesses making investment decisions between screen printing and digital printing. Comparison of screen printing and digital printing.By examining them, one can evaluate quantity, design variability, and surface criteria.
Screen printing materials in Mersin can be sourced from manufacturers or suppliers who can provide technical guidance according to the product to be printed. OkanGökhan Screen Printing Machines, based in Topkapı, Istanbul, offers evaluations for machines, molds, paints, emulsions, squeegees, drying equipment, and auxiliary materials. Before ordering, the raw material, dimensions, printing area, and target production quantity of the product should be shared. Current stock, price, transportation method, and delivery conditions should also be confirmed according to the product type.
OkanGökhan Screen Printing Machines' production and supply center is located in Topkapı, Istanbul. The Mersin city page does not imply the presence of a physical store, warehouse, or service point in Mersin. Businesses in Mersin researching products can receive a remote technical evaluation by sharing their printing surface area, product dimensions, production target, and required equipment group. Shipping and other ordering conditions will be clarified during the quotation process.
The possibility of shipping to Mersin is evaluated based on the product type, size, weight, the carrier's terms and conditions, and the logistics conditions at the time of ordering. The transportation method may differ for smaller products such as paint, emulsion, and squeegee, as well as larger equipment like printing presses, drying racks, or mold washing booths. For large equipment, building access, unloading areas, and internal workshop transport routes should be checked in advance. The exact shipping cost and delivery time should be confirmed before placing the order.
Screen printing material prices can vary depending on the product group, size, body structure, paint type, mold profile, mesh selection, special production needs, and order quantity. A squeegee and a vacuum printing machine cannot be evaluated using the same price criteria. In machine quotes, the table and printing area; for molds, the external dimensions and profile; and for paints, the packaging quantity and surface compatibility are important. When obtaining an up-to-date price quote, the product's technical requirements should be clearly shared.
No, a vacuum printing machine is not mandatory for every flat surface printing job. Vacuum is particularly helpful in stabilizing materials that might lift or slide during printing, such as paper, cardboard, film, labels, and thin sheets. For heavy, thick materials, or materials held by mechanical devices, a non-vacuum table may suffice. When making a decision, the weight of the product, surface smoothness, print repeatability, registration accuracy, and the existing clamping method should all be considered together.
For t-shirt and tote bag printing, a suitable printing apparatus for transferring the product onto the print bed, sufficiently sized dies, appropriate mesh, textile dye, squeegee, and a fixing system suitable for the dyeing system are required. For multi-color jobs, a machine with a separate die and color registration system for each color should be considered. The cotton, polyester, or blend composition of the fabric affects dye selection. Washing, stretching, and color fastness tests should be performed before starting mass production.
The paint to be used for packaging or labeling should be determined according to whether the surface is cardboard, PVC, PE, PP, cellophane-coated paper, or a different film. The term "plastic packaging" alone is not sufficient for selecting the right paint. Whether the surface will come into direct or indirect contact with food must also be considered. The paint manufacturer's technical data sheet, safety information, and conformity certificates should be reviewed; adhesion and drying tests should be performed before printing.
The correct mesh size is selected by considering factors such as paint consistency, pigment structure, design detail, printing surface, desired paint thickness, and emulsion system. Lighter meshes generally facilitate greater paint transfer, while denser meshes can help print fine details in a controlled manner. However, there is no fixed mesh number for every textile, plastic, or metal job. If a new paint or surface is to be used, a sample print should be made using a small test plate.
The outer dimensions of the mold should not be the same as the print image. There must be sufficient working space around the image for the squeegee to move, for the paint to adhere to the mold, and for the frame to be attached to the machine. Furthermore, the outer dimensions of the mold must be compatible with the machine's holder and working height. When requesting a quote, the outer dimensions of the product, the actual print dimensions, and the outer-to-outer dimensions of the existing mold should be provided separately.
Not every emulsion is suitable for both water-based and solvent-based paint systems. When selecting an emulsion, the chemical resistance and application areas specified in the product's technical data sheet should be checked. Incompatible emulsions may swell, soften, or separate from the mesh during printing. When changing paint types, it should not be assumed that the existing emulsion is suitable. Performing a resistance test on a small mold before production provides more reliable results.
There is no single exposure time applicable to all plates. The duration varies depending on factors such as the light source, light intensity, lamp condition, distance between the plate and the light source, mesh color, emulsion thickness, film density, and glass cleanliness. The most reliable method is to perform a staggered test exposure. The successful exposure time should be recorded along with the emulsion, mesh, and lighting system used; the test should be repeated if there are any changes to the system.
Ragle Shore hardness affects how much the rubber will flex during printing and the characteristics of the paint transfer. A softer ragle may leave more paint in some jobs, while a harder ragle can provide a more controlled and thinner paint film. However, the correct choice does not depend solely on the Shore value. Mesh, paint consistency, surface smoothness, ragle angle, applied pressure, and edge sharpness also change the result. Test prints should be made before mass production.
Drying racks are not mandatory for every workshop; however, they offer significant space and organization advantages if numerous flat pieces need to be stored without touching each other. Stacking paper, cardboard, PVC labels, sheets, or similar products can lead to paint smudging and scratching. When choosing a rack, product size, weight, daily volume, and workshop space should be considered. The necessary fixation process for textile dyes should be evaluated separately from the drying rack.
In workshops that regularly prepare molds, open emulsions, or clean and recycle used molds, a mold washing cabinet can make the work area more controlled. The cabinet helps reduce the spread of water and chemical splashes into the environment. However, proper drainage, ventilation, personal protective equipment, and chemical management are still necessary. The cabinet size should be determined so that the largest mold used can be washed comfortably.
Initial products should be selected according to the target printing job. Initially, a printing apparatus or machine, several appropriately sized plates, mesh, emulsion, exposure setup, squeegee, surface-appropriate ink, cleaning products, and a controlled drying area are required. Textile, packaging, metal, or promotional printing have different equipment priorities. Instead of purchasing all products at once, the initial product group to be produced should be clarified, and equipment should be acquired gradually according to the actual order structure.
In Mersin, the right choice of screen printing materials doesn't come from the characteristics of a single product, but from the compatibility of the machine, mold, mesh, emulsion, squeegee, paint, and drying system. The needs of a packaging printing business are not the same as those of a workshop printing metal panels or t-shirts.
When requesting a technical evaluation, please share a photograph of the product to be printed, its actual raw materials, external dimensions, printing area, number of colors, estimated production quantity, and information about existing equipment. This information will help in making more informed machine and material selections.
Current product availability, stock, price, shipping method, and delivery terms to Mersin should be confirmed before ordering. To communicate your technical requirements... Okan Gökhan contact page You can use it.
