We work with as many suppliers who have their marking factories as independent printers. Our goal is to always offer the best suitable marking for our clients' project. This flexibility also allows us to mark any object.This flexibility also allows us to mark any object. Whatever its size, shape, texture or material.
Screen printing is a technique that has a very wide range of applications and involves printing directly onto an object. Our printing company specialises in textile printing (t-shirts, sweatshirts, bags, pouches and other similar soft objects). The basic characteristic of marking screen printing is durability; the print offers incredible resistance to washing, abrasion and other external conditions. The use of suitable inks allows us to print on materials such as cotton, polyesters and other man-made ones such as non-woven polypropylene. The second feature that makes screen printing unbeatable is the cost of the marking service itself. The ability to print in a short production time means that labour costs are kept to a minimum.
Embroidery is a method of decorating clothing and marking fabrics. It is produced using embroidery machines. It is currently one of the most durable methods of decoration as it is characterised by high quality, resistance to deformation, abrasion and washing. Computer embroidery is undoubtedly the most exclusive marking method in our offer, which enjoys great interest. We are able to embroider on a very wide range of materials - caps, towels, poloshirts, fleeces or towels. Computer embroidery on clothing is undoubtedly one of the most durable techniques. Customers appreciate this method due to the fact that clothing marked with embroidery immediately becomes more exclusive and prestigious. Embroidery is a very old technique for decorating textiles. It dates back to the middle of the18th century. It was considered very expensive as it required a lot of work. Nowadays, the whole embroidery process is controlled by a computer which ensures precision and high repeatability of the markings made. Our embroidery machines can embroider very precisely with a speed of up to 1200 stitches per minute. This allows us to make more markings with less effort than was previously possible with embroidery.
DTG digital printing – Direct to Garment a modern printing method, especially for printing cotton. It is not necessary to prepare printing plates, matrices or screens (as is the case with screen printing), which automatically reduces the cost of prepress.. Graphics are applied directly from the printing machine onto a t-shirt or other cotton material. Water-based inks with the appropriate certificates are used for DTG printing..An additional advantage of DTG printing is that you can print graphics in full colour CMYK with an additional white undercoat already with a single print run at a very attractive price. The prints are characterised by vivid and saturated colours, and the best effects are obtained by printing logos with tonal transitions, which are practically impossible with any other printing method.
Thermo transfer This method is very similar to direct screen printing. The difference is that in the case of transfer screen printing, the printouts are made on an intermediate carrier: silicon paper or foil, then an adhesive is applied to the printout, and finally the whole thing is dried in a tunnel. After such fixation we have prints that are ready to be applied to final material (cotton, polyester, codura etc.). Thermo transfer this technique is ideal for labelling advertising and promotional products, where one logo is reproduced on several different items. By using thermal transfer printing, we can significantly reduce prepress costs, such as the cost of making matrices for each individual product. Thermal transfer is also recommended for labelling of objects where the structure of the material is not uniform, e.g. jute bags. Screen printing transfer It is distinguished by high quality, high smoothness of the printing surface, high coverage and precise reproduction of details. The biggest advantage of thermal transfer is that it can be applied in hard-to-reach places, impossible to obtain with screen printing, such as printing on baseball caps or application on backpacks.
FLEX foil is one of the most durable printing methods, which consists of cutting a pattern from an adhesive-coated foil and then pressing it into the material using a thermal transfer press. This technique makes it possible to produce reflective, metallic and very smooth prints, as well as to obtain a convex and 3D effect. It is most often used to decorate prints and personalise clothing (names, numbers). Thermal printing is cost-effective even for low print runs, as there is no need to prepare templates.
This technique is similar to silkscreen printing, just the surface that will be printed is round (e.g. glasses, cups, bottles). The machine has a system of axes that will move the item under the mesh and will rotate it at the same time with a horizontal movement of the mesh so the logo can be printed all around the item.
The pad printing method involves applying ink to the material to be marked using a silicon stamp called a pad. Pad printing is very similar to popular stamps, except that here the ink is taken by a pad from a previously etched steel plate, then the pad strikes the marked item leaving a permanent print. Pad printing gives great possibilities of printing especially on objects with irregular shapes such as: pens, pencils, convex or concave planes on advertising gadgets. A very important factor in pad printing is the proper selection of paint for the marked object, thanks to which the print becomes practically indelible. With this method we can mark all kinds of plastics, metals, paper, cardboard, wood, the possibilities are practically endless. Due to the simplicity of the pad printing technique, it is possible to mark a large number of advertising articles in a short time, which significantly reduces the time of order completion. Pad prints are characterised by very high resolution, even small inscriptions (font height approx. 3mm) remain legible. The greatest feature distinguishing pad printing from other techniques is the possibility of branding on any shape of object and surface - whether concave, convex, curved, uneven, and porous or remarkably smooth. Pad printing can be used on virtually any material. Plastic, metal, glass, ceramics, textiles or even food can all be branded using this versatile method. Pad printing was created and designed to print on small curved surfaces such as pens, or other items with unusual shapes that could not otherwise be marked. It is a printing method that has one limitation, namely that the print size cannot be large. Pad printing also has a better print resolution than screen printing or thermal transfer, especially on surfaces that are difficult to print on. Selecting the right ink for the item being marked allows extreme resistance to abrasion, mechanical damage, and chemicals. An additional advantage of pad printing is the possibility of using paints with various special effects, such as metallic finish or glitter effect, which combined with its precision makes the whole thing look very good. Pads of various shapes are used for printing.
Laser engraving is a marking method using a laser beam. The computer-controlled laser beam precisely removes material from the surface of the engraved object or burns a pattern directly into the metal. Laser marking is characterized by an elegant and aesthetic appearance, it is a much more durable technique than other marking methods, it does not get destroyed under the influence of chemicals. Laser engraving is a highly valued method of marking and personalising all kinds of objects. Probably everyone associates sports statuettes with engraved inscription, or company pens on which the logo has been placed in this way. Laser engraving is also used in industrial applications where it is necessary, for example, to mark consecutive serial numbers or batch numbers on a component. Laser engraving is a quick and clean process. Laser engraving uses a light beam which heats up and transforms the surface of the item to be marked. The engraving process is fully mechanised, virtually maintenance free and controlled by computers fitted with drivers. The depth of laser engraving, and sometimes the colour, depends on the settings of the marking power and the time the laser beam acts on the item. The material from which the workpiece is made is also important. Quite differently the laser beam behaves on aluminium objects, differently on steel and still differently on wooden or glass objects. This is why the experience of the operator preparing the engraving programme is so important. The engraving technique is permanent, , precise and fast, it is characterised by high efficiency and effectiveness, thanks to which the marking of large quantities in a very short time does not cause problems. The logotype is very tasteful and aesthetic and the final item becomes more prestigious. Laser engraving can be made on various materials such as ceramics, acrylic, brass, ecological leather, metal, paper, silicone, wood, leather, aluminium, glass.