Reprographics - machinery and equipment - Import export

It is produced for weaving and knitting /lycra fabrics from 5Kg capacity to 1200 kg capacity. The interchangeable flattening system provides full compatibility with operating machines with optional full or semi-automatic program control, PLC programmatic dosing.

Hank Dyeing Machine Hank Dyeing Machines are especially used for dyeing yarns such as wool, acrylic, mercerized cotton, viscose, angora, cashmere. It is produced entirely from AISI 316 quality Cr-Ni material in different capacities between 50-300 kg as a single cabinet or coupling cabinet. It provides error-free and repeatable dyeing with fully automatic program control and efficient circulation pumps. It is produced with air pad system or overflow system. The safety of the machines is provided by high technology equipment.

The Sample Package Yarn Dyeing Machines are produced in different capacities between 1 cone to 10 cone capacities using AISI 316 quality Cr-Ni material. Sample yarn dyeing machines, produced with air pad or overflow system, provide error-free and repeatable dyeing and finishing processes in order to be fully compatible with the machines in the plant. It can be controlled manually or fully automatically, depending on demand, and PLC programmed dosing can be done with the dosing pump and its programs. It has high technological safety equipment. (Mechanical, Electronic and Electro-Mechanical)

HT YARN DYEING MACHINE HT Package dyeing machines are equipped with high technology that enables dyeing of any type of fiber made yarn in cone form. It is produced in different capacities (1 cone to 2000 cones) completely from AISI 316 quality Cr-Ni material. The maximum operating temperature is 140 ºC and the working pressure is designed as 4 Bar. The machines are equipped with high safety equipment (Mechanical, Electronic, Electro-Mechanical). Fully automatic machines with PLC control system have 5 ºC / min heating, 3 ºC / min cooling capability and can do chemical and dye dosing with PLC program. It is possible to dye muff, tops and fiber or yarn in different forms with different apparatus applications on the same machines.

Multi-Color Hank Dyeing It is a machine that dyes the yarn in multicolored hank form. The dyeing unit is the section where the skeins lined up on the moving teflon band are dyed with special adjustable nozzles. The hanks dyed in the fixing tunnel are pre-fixed with direct or indirect heating. The hanks coming out of the fixing tunnel are washed with the help of a pump with the jet system for softening / washing and subjected to pre-spinning. There is a separate dye tank for each color in the machine.

Programmable Multicolor Yarn Printing Machine AISI 304 quality Cr-Ni body. Reflecting all the patterns and colors you can envision in your dreams on the yarn. All AISI 304 stainless steel hank creel. Different number of colors option. (2- 8 Colors) Printing on 48 threads at the same time. Printing on narrow woven fabrics with special apparatus. Ability to print on endless fibers with special tools. (Vigoureux printing) Ability to change patterns in a short time with its patented mechanical design. Clear and bright colors with high efficiency drying system. Working from the cone - to hank, from hank - to hank. Fully automatic operation feature with Industrial Computer and PLC control. Unlimited number of programmable and repeatable prints.

Multi-color Intelligent Yarn Dyeing Systems Fancy Master, which has an ergonomic and easy to use construction, is designed to work efficiently with its structure that allows maximum 60 wire thread passes with plc controlled movable arm in desired report size lengths It provides the opportunity to create a soiling pattern and ground pattern color on the yarn and to get different effects on the yarn. It is designed for high efficiency operation with special software and panel design that enables the super nozzle sets to open multiple times within seconds with special electromechanical valves. The system, which is integrated with a 400-rpm rotary spray system with 16 nozzles, 1 to 16 nozzles that can be operated individually, has been specially designed to achieve the desired dot effects on the yarn. There is an automatic controlled cooling system in the dye tank and a mixer to ensure a homogeneous mixture.

SAMPLE HT BOBBIN DYEING MACHINE The Sample HT Bobbin Dyeing Machines are produced in different capacities between 1 bobbin to 10 bobbin capacities using AISI 316 quality Cr-Ni material. Sample bobbin dyeing machines, produced with air pad or overflow system, provide error-free and repeatable dyeing and finishing processes in order to be fully compatible with the machines in the plant. It can be controlled manually or fully automatically, depending on demand, and PLC programmed dosing can be done with the dosing pump and its programs. It has high technological safety equipment. (Mechanical, Electronic and Electro-Mechanical)

Wet Fabric Opening Machine Technical Specifications All parts completely AISI304 stainless steel. Preparation for quality product with pre-pressing and foulard system. Height adjustable tower. High working speed (Max.100 m / min) Suitable for all kinds of fabrics. Special design with cutting apparatus for tubular knitted fabrics. Specially designed opening head. Fully automatic operation feature. Production for different fabric widths. (180 cm, 220 cm, 240 cm, 320 cm, 360 cm)

With the help of 2 or 4 polyamide rollers, it forms the dough in the form of pita bread with the help of pillows in the desired length and thickness. The roller setting can be changed steplessly between 0-30 mm. There is a spring scraping mechanism on the rollers to prevent the dough from sticking. Thanks to the adjustable roller group, the dough can be shaped to a length of 420 mm. The folding chain and its parts are made of stainless steel. It has a dough shaping capacity of 2500 per hour and the ability to process 100-1200 gr dough.

The dough resting machine is produced as the resting time can be adjusted according to the demand. Frame, chassis, outer covers and wishbones are produced from stainless steel upon request. Removable plastic nets are used for cleaning. The nets can carry 100- 1500 gr of dough. The electrical control panel is positioned to the side for easy control of the machine. There are sockets in the electrical panel to operate the cutting, rounding and shaping machines. The output band is positioned with a sliding mechanism for right and left outputs.

The Working Principle 1st Unit – Rotating Empty Container Feeder : The Unit automatically feeds the aerosol cans onto a conveyor, and the speed can be adjustable. 2nd Unit – Rotating Deodorant Filling – Crimping – Gassing Unit The Unit automatically fills the aerosol product into the cans, crimps their valves, and pumps gas into cans. Empty containers enter the rotating star system one by one to be filled automatically. After the filling process, the operator puts the valves manually on the already filled containers; then, the valves are crimped onto the containers. After the crimping process, the gassing starts. On the 1st gassing station, the container fills half of the container, and the remaining on the 2nd Unit. The reason for the two stations is to make the system faster. After the gassing process, the aerosol cans move on the conveyor until the end of the line to be picked up for boxing.

ECO-DYE HT Jet Fabric Dyeing Machines are specially designed to dye cotton, viscose or blends sensitive to friction in the best way possible. It can be produced in high and variable capacities. It can be produced in high and variable capacities. (300 kg- double cabin in single body) Low liquor ratio (1/4 – 1/6) High fabric cycle speed (500 m / min) Internal washing and spraying system. Safe cover system. Variable nozzles Wide surface filter. Teflon Coated J-Boxes. Dosing and mixer with PLC program. Rapid discharge Electronic speed-controlled pump. Fully automatic PLC controlled working program.

Trailed type offset disc harrows with hydraulic lift are trailed type machines used for cutting and shredding plant residues (corn, sunflower, wheat, etc.) and weeds and breaking the duff layer after harvest. These machines prepare the field for direct sowing without using another agricultural machine by cultivating the soil without clods in the dry months when the plows cannot be used after the harvest. Model KTGD type offset disc harrows prevent wind and water erosion while disrupting stubble.

Tine harrow is used for breaking up the clods formed during the plowing process on the plow, collecting weeds and arranging the surface of the field during the preparation of the field for planting.

Removes weeds in the field. Levels the farm surface. It can easily operate even in extremely weedy farmlands. It can easily operate in the farms with deep tracks. It is used for stubble-ploughing and fallowing. Light-type cultivators are used for preparing seed beds. Cultivators are mostly used jointly with rollers in tool combinations while they can also be used solely.

This spring leg chisel can be used for cultivating soil without needing any plough in the farm after harvest. Due to the structure of its legs, the plough crushes the lower layer and it is a suspension machine cultivating low-clod soil in arid summer months when ploughing cannot be performed. It is possible to perform deep soil cultivation through the chisel.

X type mounted tandem disc harrow is used in farmland and orchard farming for preparing seed beds and seedling beds. It mixes the post-harvest stems and residues of the plants left on farmlands into the soil by crushing them. It crushes clods formed on the farmland after using machines such as plough, chisel and cultivator and breaks up the soil. Due to its three point linkage system which can be slided, it can be easily used in areas with trees.

V type trailed and mounted type offset disc harrows are soil cultivation machines which are used for preparing seed beds by crushing clods and mixing the soil after ploughing. Various operations such as cutting plant residues and weeds, breaking the cream layer can be performed with the ACD Disc Harrow after the harvest. The most obvious advantage over other tillage tools is that it can be used within wide moisture limits of the soil.

Both wheeled and pull V type offset disc harrows are machines used for cutting plant residues (corn, sunflower, wheat etc.) and weeds after harvest, breaking the cream layer. It is both hydraulic and drawbar type machine used in the field for the trio, which is left to rest for a year after plowing. It ensures that the soil can be cultivated in dry months when plows cannot be used after harvest. It prepares the field for direct sowing without the need for another agricultural machine. In addition to this feature, it can be used in the processing of soil containing intense moisture.

Offset Disc Harrows are trailed type hydraulic lifting machines used for cutting and shredding post-harvest plant residues (corn, sunflower, wheat, etc.) and weeds and breaking the surface layer. It ensures that the soil can be cultivated in dry months when plows cannot be used after harvest. It prepares the field for direct sowing without the need for another agricultural machine. In addition to this feature, it can be used in the processing of soil containing intense moisture. Model KGD type offset disc harrows prevent wind and water erosion while spoiling the stubble, thanks to its hydraulic system and multi-directional movement capability. Thanks to the axle mechanism on the wheel, it allows the wheel to move at ground level and thus the working depth can be adjusted effectively.

Trailed type offset disc harrows with hydraulic lift are trailed type machines used for cutting and shredding plant residues (corn, sunflower, wheat, etc.) and weeds and breaking the duff layer after harvest. These machines prepare the field for direct sowing without using another agricultural machine by cultivating the soil without clods in the dry months when the plows cannot be used after the harvest. Model KSGD type offset disc harrows prevent wind and water erosion while disrupting stubble

While the spring leg disc harrow performs more effective shredding and mixing process than the other known disc harrows due to its spring independent disc structure and machine construction, each disc runs separate from each other thanks to its independent bearing. By means of the springs in each disc, the breakage and damages that may occur on the chassis are eliminated by the back and forth movement of the discs when the machine is stuck because of an obstacle. It is less affected by the surface

Compact disk harrows are suitable for shallow and compact mixed soil cultivation operations. It provides easy pulling function, high-speed operation and impressive soil cultivation as well as low fuel consumption. It is manufactured as fixed, collapsible and collapsible pulling type with cultivation widths of 2.5 and 6 meters.

Both hydraulic and towed V type offset disc harrows are both hydraulic and towed type machines used for doubling and tripling the field, which is left to rest for one year after ploughing with a plow, for cutting plant residues (corn, sunflower, wheat, etc.) and weeds and breaking the duff layer after harvest. These machines prepare the field for direct sowing without using another agricultural machine by cultivating the soil without clods in the dry months when the plows cannot be used after.

Trailed type tandem disc harrows with hydraulic lift are trailed type machines used for cutting and shredding plant residues (corn, sunflower, wheat, etc.) and weeds and breaking the duff layer after harvest. These machines prepare the field for direct sowing without using another agricultural machine by cultivating the soil without clods in the dry months when the plows cannot be used after the harvest. Model KXDT - X type offset disc harrows do not reduce the traction of the tractor by giving

CONICAL ROUNDING MACHINE. The conical rounding machine shapes the dough with a conical made of aluminum and aluminum arms circulating in a spiral around it. The dough coming from the cutting-weighing machine falls into the aluminum inlet chute. Thanks to the rolling drum and guiding grooves, it takes a round shape and reaches the resting machine. Meanwhile, the dough is prevented from sticking to the discharge chute with the flour sifting device. Thanks to the optional ventilation system, air is blown into the grooves, preventing the dough from sticking to the drum. All aluminum parts can optionally be coated with Teflon. 7 types of machines are produced that shape 200-1500 gr dough with adjustable arms, varying between standard 50-1500 gr.

This chisel can be used for cultivating soil without needing any plough in the farm after harvest. Due to the structure of its legs, the plough crushes the lower layer and it is a suspension machine cultivating low-clod soil in arid summer months when ploughing cannot be performed. It is possible to perform deep soil cultivation through the chisel.