3D Pellet Printer, 3D Granule Printer, 3D filament, 3D Printer,3D Filament line INDUSTRIAL PELLET 3D PRINTER G5Ultra Pellet 3D Printer Desktop, Built Volume: 500×500×400mm The G5Ultra Pellet 3D Printer utilizes cost-effective thermoplastic pellet feedstocks, ensuring high-speed production. Key features include a nozzle temperature of up to 420℃, rapid hot bed heating to 120℃, and a screw extruder design, accommodating a wider range of materials. Designed to cater to the demanding needs of educational and academic research, design studios, prototyping and more. Get a quote Nozzle Temperature up to 420℃ The next generation extruder (with segmented heat zones) can fit nozzles in diameters ranging from 0.4mm up to 3mm, and the machine can print pellets/granules measuring 2-5mm in diameter. The particles are fed into the extruder from a 3 liter hopper, ensuring a ready supply of feedstock for its huge deposition rate. It heats up to a toasty 420°C, enabling the printing of a wide range of materials. Intelligent Laser Ranging Using laser sensor non-contact measurement technology, the leveling time can be significantly shortened and the leveling accuracy can be improved; Not only ensure the real-time and high safety of the leveling operation under the high temperature platform, but also avoid interference with the model during the printing process. High-Speed Printing The G5Ultra boasts desktop 3D printing speeds that reach up to 220mm/s. With regards to the flow rate of the materials, the G5 Ultra is capable of depositing a staggering 0.8kg per hour, ensuring it stands out for individuals requiring rapid production without compromising the intricacies of design or the overall quality of the final product. High-Speed Printing The G5Ultra boasts desktop 3D printing speeds that reach up to 220mm/s. With regards to the flow rate of the materials, the G5 Ultra is capable of depositing a staggering 0.8kg per hour, ensuring it stands out for individuals requiring rapid production without compromising the intricacies of design or the overall quality of the final product. Why Choose FGF Pellet 3D Printer? Reduce Costs Pellet extrusion 3D printing offers significant savings, cutting costs up to 10X compared to traditional filament-based methods. Shorten Lead Times Enjoy speeds up to 10X faster than conventional filament extrusion 3D printing, drastically reducing project lead times Excellent Material Properties Use original materials for optimal material properties, ensuring enhanced performance of printed components through superior quality. Eco-Friendly Our 3D printing innovation uses pellets and shredded recycled plastic for sustainable, eco-friendly additive manufacturing alternatives. Get a quote

Bi Component Melt Spining, Melt Blown, Nonwoven, Wet Spining, Tri Component Melt Spining Bi & Tri – COMPONENT MELT SPINING TECHNOLOGY FET-100 Extrusion Central to all FET laboratory and pilot melt spinning systems is the specially developed extrusion module, the FET-100 Extrusion which allows multiple process options. This extrusion module is designed to provide melt spinning capacity to any one of the three downstream process options. The module is mounted on a hydraulic lifting table which permits automated adjustment of the working height. FET-101 Multifilament FET offers a wide range of bespoke pilot and laboratory melt spinning systems for continuous multifilament applications capable of matching the demands of all users. Each variation of the FET-101 Multifilament option is uniquely specified and designed for world leading companies and research institutes for a wide variety of applications. FET-102 Nonwoven Simple integration of the FET-102 Nonwoven option gives the possibility of melt spinning nonwoven materials. Melt blown and spun bond types can both be achieved on the same base system. This is applicable to a broad range of polymers, including viscous materials normally not appropriate for the melt blowing or spun bond process. Applications include resorbable biomedical polymers and engineering grade materials. FET-103 Monofilament Utilising the same extrusion module, FET can also provide specialist laboratory and pilot melt spinning systems for monofilament applications, the FET-100 monofilament. As with multifilament equipment, our flexible monofilament systems are being used by high tech organisations and research institutes on a variety of technical and R&D projects. BI-COMPONENT & TRI- COMPONENT MELT SPINNING MULTI-FUNCTIONAL LABORATORY & PILOT MELT SPINNING SYSTEMS FET-100 Extrusion FET-101 Multifilament FET-102 Nonwoven FET-103 Monofilament A significant development is that FET-100 systems can be specified to be multi-functional, allowing for easy and fast conversion between material formats. It configures to all combinations of multifilament, monofilament and melt spinning of nonwoven structures as required. This highly versatile and flexible system is ideal for research and development, designed specifically for detailed investigation into extruded textile materials. Benefits include substantial savings on cost, floor space and also the ability to add optional equipment in the future. “High Capability, Multifunctional, Cost-Effective and Flexible” Multi-Polymer and Multiple Format Capability MELT SPINNING SYSTEMS FOR NON-WOVEN STRUCTURES DEVELOPMENTS IN THE MANUFACTURE OF NON-WOVENS As a result of innovative development work by FET, non-woven structures can now be readily made from “difficult to process” polymers. The new processing technology is a unique adaptation of the melt blowing process and makes possible the conversion of a wide range of polymers into non-woven webs, using a single processing stage. For many of our clients, the benefits of single stage manufacturing and the flexibility provided solve many processing problems and give them a substantial competitive edge. Process applications New process have been developed in particular for polymers that have properties which would in normal circumstances make them unsuitable for melt blowing, such as high melt viscosity or susceptibility to degradation. These versatile systems enable the extrusion of melt blown nonwovens with a broad span of structures and mechanical properties, such as: Those required for filtration applications Bio-medical applications using resorbable polymers Structures which exploit polymer properties such as thermal and chemical resistance Along with: Simpler processing route than other techniques such as needle felts There are numerous options for post processing of the web, by calendaring, point bonding or lamination Equipment for melt spun fibres and yarns can be tailored to precise client requirements and are also available for small batch production, pilot and laboratory applications. WET SPINNING LINE FET 200 SERIES LABORATORY SCALE WET SPINNING SYSTEMS INTRODUCING THE FET-200 LAB In addition to pilot and small scale wet spinning production lines, FET now also designs and manufactures a lab scale version which is more suitable for the early stages of formulation and process development. Systems can be supplied for a wide range of different fibre types. These have ranged from corrosive aqueous salt solutions (such as alginate fibres), to acidic systems (such as engineered silk) and also systems using flammable, toxic solvents (such as UHMWPE). The FET-200 LAB system is ideal for formulation and process development: Compact design makes efficient use of laboratory space whilst delivering high level of functionality Enables accurate replication of processes on a small scale Allows full exploration of processes with low volumes of processing solutions Capable of processing wide range of materials: e.g. corrosive, flammable, acidic FET-200 FEATURES Dope tanks from 1 Litre working volume General Purpose unit is temperature controlled with electrical heater and has variable speed impeller Options for cooling jackets and alternative impeller designs Many other impeller options including helical and ribbon designs Accurate flow to spinneret via speed-controlled gear pump Numerous interchangeable options for spin heads, including submerged Coagulation tanks with recirculation Wash tanks with multiple pass options Filament drying systems Filament orientation systems Take-up winding solutions Computerised control system with data capture and recording

Energetic Acoustic Mixser, Pharma Acoustic Mixser, Mikser, Mixser, Karıstırma, Sesle Karıstırma. ACOUSTIC MIXSERS LAB RAM I Compact and Power-Packed The LabRAM I is designed for batch mixing of developmental and repetitive mixes. With a 1.1 lb (500 gram) payload capacity and up to 100g acceleration, LabRAM I introduces a significant power increase to bench mixing that scales easily on larger ResonantAcoustic® Mixers. Key Processing Capabilities Mixing and processing any combination of Solids/Powders – from nano-scale, up Liquids/Gases Viscous/Slurry materials Coating, Milling, Grinding processes On-board control of optional processing accessories Automatic Vacuum System Manual Vacuum System RTD Temperature Monitoring Develop, store, and secure up to 100 recipes Monitor mixing parameters in real-time Download processing data for analysis LabRAM I Features Up to 1.1 lb (500 gram) payload processing capacity Integrated touch screen operating system Intense, but gentle acoustic mixing for rapid, repeatable, ultra-high quality results Fully enclosed, interlocking acoustic mix chamber Height-adjustable vessel holder accepts many vessel types Multiple level security and access control Available Processing Accessories Include Automatic Vacuum System Manual Vacuum System PHARMA RAM PHARMA RAM PHARMA LAB RAM I Simple, Powerful Processing to Triple Your Daily Revenue Resodyn’s PharmaRAM I is designed from the bench up to multiply compounding efficiency by 3-6x – every single day. Designed for high-volume, repetitive mixes, PharmaRAM I is ideal for recipe-driven functions by pharmacy technicians. With a 0.66 pound (300 gram) capacity at up to 100g acceleration, PharmaRAM I’s efficient and easy-to-use controls and functions deliver low RSD, exceptional mix quality of virtually any combination of ingredients – no other mixing technology is as versatile or as profitable. Key Processing Capabilities Mixing and processing any combination of Solids/Powders of nearly any particle size Creams and lotions Three power settings Wide selection of mixing times Eliminates cross-contamination Reduces cleaning time and supplies PharmaRAM I Features 0.66 lb (300 gram) payload processing capacity Easy operator training and use Intense, but low shear acoustic mixing causes random particle motion for consistent, exceptional quality Fully enclosed, interlocking acoustic mix chamber Height-adjustable vessel holder accepts many vessel types No operator intervention required while mixing Fast, simple clean-up OMNI RAM H OmniRAM Features Up to 11 lb (5 kg) payload processing capacity Intense, but gentle acoustic mixing for rapid, highly repeatable, ultra-high quality results All housing and enclosure materials are sealed, purged, 304L Stainless Steel Redundant ground paths mitigate static charge build-up Remote Control Panel (operation up to 2.5 miles (4 kilometers) Laptop based human machine interface (HMI) Integrated, color, touch-screen operating system Sealed, hazardous rated, SS 304 mixing platform prevents entry of mixing materials into the enclosure. Fully enclosed, interlock-able acoustic mix chamber Height-adjustable holder accepts many vessel types Multiple level security and access control Temperature sensor – 316L resistance temperature detectors (RTDs) with m12 connector (optional) THE Industry Standard – Class I Div I Class II Div I Ready Specifically designed for mixing hazardous and energetic materials, the OmniRAM H introduces significant benefits. Government and defense customers rely on ResonantAcoustic® Mixers’ technology for high quality, safe, and low-cost processing of energetic and hazardous materials. The OmniRAM H delivers better results, improved efficiency, and new product opportunities at a payload capacity that bridges LabRAM II H developmental capabilities with larger RAM H batch and continuous systems. Key Processing Capabilities Mixing and processing up to 11 lb (5 kg) of any combination of Solids/Powders – from nano-scale, up Liquids/Gases Viscous/Slurry materials Coating, Milling, Grinding Processes Concurrent Mixing and Vacuum at temperature Concurrent Vacuum and Curing at Temperature Jacketed Mixing Vessel provides optional temperature control from 302°F (150°C) heating to 0°F (-18°C) cooling On-board control of processing accessories Integrated vacuum control unit Jacketed vessel temperature control Develop, store, and secure up to 100 recipes for permanent recording of operations and measured results Monitor mixing parameters in real-time Download processing data for analysis and documentation Adaptable to Resodyn Continuous Acoustic Mixing technology Feeder Systems Continuous processing chamber stack Order of magnitude higher processing capacity Available Processing Accessories Include Hazardous Location Vacuum Pump Jacketed Vessel Temperature Control Custom Components OMNI RAM H PRODUCT RAM SERIES RAM5 RAM 5 RAM 5 Features Up to 80 lbs. (36 kg) of mix capacity in extendable 5 gallon mixing vessels Application specific mixing vessels with many options Intense, but gentle acoustic mixing for rapid, highly repeatable, ultra-high quality results The Power of RAM at Production Scale Resodyn Acoustic Mixers’ production scale mixer, the RAM 5, brings the awesome power of ResonantAcoustics® to larger scale to drastically increase productivity and expand capabilities. RAM 5 is built on flexible and universal processing options like vacuum, temperature control, and vessel specialization. Each RAM 5 configuration matches the right processing functions and exceeds the required performance beyond traditional technologies. Key Processing capabilities Mixing and processing up to 80 pounds (36 kilograms) of any combination of Solids/Powders – from nano-scale, up Liquids/Gases Viscous/Slurry materials Coating, Milling, Grinding Processes On-board control of processing accessories Automatic vacuum system Jacketed vessel temperature control Vacuum enabled chuck accepts 5 gallon, industrial mixing bucket vessel Develop, store, and secure up to 100 recipes Monitor mixing parameters in real-time Download processing data for analysis Adaptable to Resodyn Continuous Acoustic Mixing technology Feeder Systems Continuous processing chamber stack Order of magnitude higher processing capacity Digital control, programming, recording of all critical and measured functions Jacketed Mixing Vessel provides optional temperature control from 302°F (150°C) heating to 0°F (18°C) cooling Vacuum equipped Mixing Vessel option capable of applying up to 29 inHg or 10 Torr Integral hoist system for dedicated material handling of vessels and accessories (optional) Individually specified system configurations for fast implementation and high-performance results continous mıkser CONTINOUS ACOUSTIC MIXER ram energetic LabRAM II H Features Up to 2.2 pound (1,000 gram) payload processing capacity All housing and enclosure materials are sealed, purged, 304L Stainless Steel Redundant ground paths mitigate static charge build-up Remote Control Panel (operation up to 2.5 miles (4 kilometers) Laptop based human machine interface (HMI) Remote touch-screen operating system Sealed, hazardous rated, SS 304 mixing platform prevents entry of mixing materials into the enclosure. Height-adjustable holder accepts many vessel types Multiple level security and access control Temperature sensor – 316L resistance temperature detectors (RTDs) with m12 connector (optional) THE Industry Standard – Class I Div I Class II Div I Ready Resodyn Acoustic Mixers’ hazardous location development mixer, the LabRAM™ II H is specifically designed for mixing energetic materials. The LabRAM™ II H introduces significant benefits to government and defense customers who rely on ResonantAcoustic® Mixers’ technology for high quality, safe, and low-cost processing of energetic and hazardous materials. Key Processing Capabilities Mixing and processing any combination of Solids/Powders – from nano-scale and higher Liquids/Gases Viscous/Slurry materials Coating, Milling, Grinding Processes Concurrent Mixing and Vacuum at temperature Concurrent Vacuum and Curing at Temperature Jacketed Mixing Vessel provides optional temperature control from 302°F (150°C) heating to 0°F (-18°C) cooling On-board control of processing accessories Integrated vacuum control unit Jacketed vessel temperature control Develop, store, and secure up to 100 recipes for permanent recording of operations and measured results Monitor mixing parameters in real-time Download processing data for analysis and documentation Available processing accessories include: Hazardous Location Vacuum Pump (optional) Jacketed Vessel Temperature Control Custom Components PROCESSING ACCESSORIES RAM ACCESSORIES SPRAY COATING SYSTEM Effective Particle Coating and Solvent Reduction Designed to expand the LabRAM II capabilities, the Resodyn Spray Coating System mounts to the resonator plate of a LabRAM II, 2.2 lbs. (1,000 gram) capacity device. Spray system peristaltic or syringe pump options supply highly controlled stream of material to an ultrasonic nozzle, adding a spray coating feature to LabRAM II capabilities. Utilizing the existing ResonantAcoustic® Mixing (RAM) platform, the bed of dry ingredients is fluidized while the Spray System’s ultra-sonic nozzle creates a mist, coating particles without wetting, and LabRAM II’s vacuum system maintains an appropriately dry environment, drawing off unneeded solvents. Key Processing Capabilities Improve uniformity of coating and mix quality concurrently Take advantage of RAM mixer performance to coat dry powder ingredients and reduce solvent use Coats dry / powder mix ingredients in standard 16 fluid ounce mixing vessel Meters a constant and precise amount of atomized liquid for consistent and homogeneous coating Spray Coating System Features Suitable for intermittent or continuous operation Equipped with vacuum ports to assist drying Operated with a peristaltic and / or syringe pump Easy installation and operation Integrates with effective and efficient RAM mixing and vacuum technology Compatible RAM Mixers LabRAM II PharmaRAM II

LAB INJECTION BOY XXS The flexible BOY XXS proves its advantages especially in the production of prototypes, in small series, e.g. in the production of spare parts and in the manufacture of micro to small parts. BOY XS The BOY XS is a development from BOY – an injection moulding machine designed with well-proven technology and all the merits of our larger machines. BOY 22 A PRO The BOY XS is a development from BOY – an injection moulding machine designed with well-proven technology and all the merits of our larger machines.

Extrusion, Bi Component Extrusion, Melt Blown Extrusion, Nonwowen Extrusion, Mono Filament Extrusion, 3D printer Filament Extrusion, Acoustic Mikser, Mikser, Twin Screw Extruder, Twin Screw Food Extruder, Twin Screw Pharma and Hot Melt Extruder, Homogenizer. WHAT WE DO TSE EXTRUSION TSE EXTRUSION Bi-Tri Component Melt Spinning Line Bi-Tri Component Melt Spinning Line NON WOWEN NON WOWEN INJECTION INJECTION ACOUSTIC MIXSER ACUSTIC MIKSER 3D FILAMENT LINE 3D FILAMENT LINE COMPRESSOR COMPRESSOR 3D PELLET PRINTER 3D Pellet Printer SPECIAL MACHINE SPECIAL MACHINE

LABORATORY INJECTION BOY XXS The BOY XXS is a development from BOY - an injection moulding machine designed with well-proven technology and all the merits of our larger machines The difference: the BOY XXS is even more compact and thus offers new possibilities for micro and sprueless single-cavity injection-moulding in modern tabletop construction. The mould fixing platens are specially designed to fit standard bolsters plate systems of most of the well known bolster manufacturers for micro moulds. The BOY XXS is not equipped as common with this size injection moulding machines with a plunger type injection but with a reciprocating plasticizing screw with diameters from 8 to 18 mm working after the "first in first out" principal and with specific injection pressures up to 2.750 bar. The intelligent design is ideally suited for the requirements of micro injection moulding. A 8 mm plasticizing unit assures shortest residence times - a great advantage for considerate processing of temperature-sensitive materials. PILOT INJECTION BOY 35 E The BOY 35 E is a four-tie bar, fully hydraulic reciprocating screw injection moulding machine with two-platen clamping unit and swivel-out injection unit. With its rigid clamping system and the high efficiency of the injection unit, the well-proven injection moulding machine is ideally suited for the production of precision parts within a narrow tolerance range. With a required floor space under two square metres, the BOY 35 E is more than just the most compact machine of its type; the price/performance ratio, too, is unparalleled. With the indisputably lowest machine hour rates, the BOY 35 E is in no danger of having its top position threatened. Six different sizes of injection units combined with six different screw diameters allow individual adaptation of the machine performance, according to the processing needs. BIG TYPE INJECTION BOY 80E The BOY 80 E provides 800 kN clamping force. Given the easy handling of the machine, the users of the BOY 80 E enjoy maximum flexibility. The new machines of the "E" series are the top models of the range. Because of the servo-motor pump drive, they are superior to comparable competitors' machines. BOY has managed to achieve or even top the positive features of electro-mechanical machines while simultaneously eliminating their disadvantages. Once more, BOY has proven their leading role and innovative strength regarding energy saving technologies, achieving yet another decisive breakthrough. In the standard execution of this injection moulding machine already a variety of functions are included. The BOY injection moulding machine equipped with the servo-motor pump drive and the Procan ALPHA® 4 has 800 kN clamping force.

INJECTION MOLDING MACHINE LABORATORY INJECTION PILOT INJECTION BIG TYPE INJECTION

3D Printer, 3DPellet Printer, Granule Printer, 3D Filamet,piocreate printer INDUSTRIAL PELLET 3D PRINTER G5 Ultra Pellet 3D Printer Desktop, Built Volume: 500×500×400mm Cut your material costs by more than 60% by printing with Plastic pellets and recycled plastics instead of filament. For a wide range of applications, 3D printing with pellets and shredded recycled plastic is a financial and environmental win-win. Nozzle Temperature up to 400℃ Rapid Heating of Hot Bed up to 120℃ Screw Extruder Design Suitable for More Materials Learn More G12 Pellet 3D Printer Large Scale, Built Volume: 1200×1000×1000mm The G12 Pellet 3D Printer is a large-format pellet extrusion printer capable of printing medium-to-large format parts. Nozzle Temperature up to 450℃ Rapid Heating of Hot Bed up to 120℃ High Flow Screw Extrusion Powerful Servo Motor Learn More G40 Pellet 3D Printer Large Scale, Built Volume: 3725×2500×1330mm The G40 Pellet 3D Printer, PioCreat’s largest industrial printer, is a versatile and reliable industrial additive and CNC five-axis manufacturing integrated Machine Large Working Space Workbench Design CNC Five-axis Head High Flow Screw Extrusion Learn More What is pellet 3D printer? Fused granulate fabrication (FGF) is an Screw extrusion-based 3D printing technique where plastic pellets are fed and extruded through a nozzle. FGF may be referred to as Fused Granulate Fabrication, Fused Particle Fabrication, or Pellet 3D Printing. What is the different between FGF and FFF 3D printing? FGF and FFF 3D printing differ primarily in material use. FGF uses melted plastic pellets, offering stronger extrusion and suitability for large industrial parts, lower costs, and environmentally friendly production. FFF uses plastic filaments, which can suffer material performance loss and filament breakage. Which materials can be used with a pellet 3D printer? Pellet 3D printers offer outstanding material adaptability, supporting both traditional commercial thermoplastics and recycled materials like PLA, ABS, PETG, and TPU. Additionally, they are compatible with popular carbon fiber-reinforced materials for FGF printing, including PC-CF, PA-CF, PLA-CF, and ABS-CF. Are pellets cheaper than filament? Pellets are cheaper than filament not only because one processing step is eliminated but also because pellet-form plastics are used in injection molding and other types of manufacturing already, so the market for pellets is huge, which keeps prices low. What are the advantages of Pellet 3D printers? Pellet 3D printing reduces costs by 60–90% compared to filament, offers high extrusion volume and stable feeding for efficient, large-format printing, and allows for a wide range of thermoplastics with customizable color options during printing, ideal for industrial use. What is the extrusion volume of PioCreat pellet 3D printers? The G5Ultra offers a maximum extrusion volume of 0.8 kg/h, the G12 reaches 5 kg/h, and the G40 delivers up to 25 kg/h—significantly surpassing the 40–50 g/h extrusion volume typical of FDM 3D printers.

Special injection molding,Micro injection,Overmold molding,Hotmelt injection,Termoset injection,ceramic injection(PIM),Thermoplastic injection molding. BIG LINE INJECTION BOY 80 E The BOY 80 E provides 800 kN clamping force. Given the easy handling of the machine, the users of the BOY 80 E enjoy maximum flexibility. BOY 100 E Some more of everything! Greater daylight between tie bars and larger platen distances as well as a clamping force of 1000 kN characterize the BOY 100 E. BOY 125 E Significantly stronger, larger and more powerful, were the requirements for the development of BOY 125 E. 1,250 kN clamping force characterizes now the new machine upper limit at BOY.

Extrusion, Bi Component Extrusion, Melt Blown Extrusion, Nonwowen Extrusion, Mono Filament Extrusion, 3D printer Filament Extrusion, Acoustic Mikser, Mikser, Twin Screw Extruder, Twin Screw Food Extruder, Twin Screw Pharma and Hot Melt Extruder, Homogenizer. Bi-Tri Component Melt Spinning Line Bi-Tri Component Melt Spinning Line NON WOWEN NON WOWEN INJECTION INJECTION ACOUSTIC MIXSER ACOUSTIC MIKSER 3D FILAMENT LINE 3D FILAMENT LINE SPECIAL MACHINE SPECIAL MACHINE COMPRESSOR COMPRESSOR PELLET PRINTER GAZ LINE EXTRUSION EXTRUSION UNIT TWIN SCREW EXTRUSION POLYMER FOOD PHARMA SINGLE SCREW EXTRUSION BLOWN FILM UNIT CAST FILM 3D FILAMENT FORMING FUNCIONAL MODULE RUBBER SPECIAL EXTRUSION Lab Multi Layer Cast Film Machine | 2 layer| 3 layer | 5 Layer Cast Film Test Line Lab Multi Layer Blown Film Line | 2 Layer| 3 Layer | 5 Layer Film Blowing Machine Mini Type Multi Layer Co-extrusion Casting & MDO Film Line Laboratory Multi Layer Co-extrusion Coating & Casting & Laminating & MDO Line Biaxially Oriented Film Stretching Machine-Biaxial Stretching Film Simulator Two Roll Calendering Laminating Line Machine Direction Orientor MDO Machine Lab Line Filter Pressure Value (FPV) Tester Triple Screw Extruder Module Torque Rheometer PPTC Resettable Fuse Sheet Extrusion Line Machine Direction Orientor MDO Machine Pilot Line Rubber Extrusion Calendering & Laminating Line EXTRUSION PRODUCTION LINE Aluminum Plastic Film Production Line For Lithium Ion Battery Conical Single Screw Extrution Granulation Line For Crushing PET 3D Printer Filament Machine Single Screw Extrusion Small Hollow Pipe Line Disposable Surgical Mask Production Line_Face Mask Making Machine BI-TRI COMPONENT MELT SPINING LINE FET 100 SERIES Laboratory and Pilot Systems Bi & Tri – Component Melt Spinning Technology FET 200 Series Wet Spining Line Monofilament Extrusion Lines Multifilament Extrusion Lines Melt Spinning Systems For Non-Woven Structures Wet Spining Lab Line INJECTION UNIT LAB - XXS LAB- XS LAB 22E PRO 80 E 35 E 50 E 60 E 125 E 100 E ACUSTIC MIKSER LAB RAM I LAB RAM II OMNI RAM CONTINOUS ACOUSTIC MIXSER (CAM) PHARMA OMNI RAM PHARMA CONTINOUS ACOUSTIC MIXSER (CAM) PHARMA RAM I PHARMA RAM II RAM 5 RAM 55 PHARMA RAM 5 PHARMA RAM 55 ENERGETICS AND HAZARDOUS MATERIAL MIXERS LAB RAM II H OMNI RAM H CONTINOUS ACOUSTIC MIXSER H (CAM) RAM 5 H RAM 55 H RAM ACCESSORIES PELLET PRINTER PELLET PRINTER G5 ULTRA G12 G40

POLARTEK POLİMER ARAŞTIRMA TEKNOLOJİLERİ olarak bi component melt spinning hizmeti veriyoruz. WHAT WE DO EXTRUSION EXTRUSION LAB INJECTION LAB INJECTION Bi-Tri Component Melt Spinning Line Bi-Tri Component Melt Spinning Line NON WOWEN NON WOWEN ACOUSTIC MIXSER RESONANT MIKSER 3D FILAMENT LINE 3D FILAMENT LINE SPECIAL MACHINE SPECIAL MACHINE ULTRA SILENT DRY AIR COMPRESSOR ULTRA SILENT DRY AIR COMPRESSOR 3D PELLET PRINTER 3D PELLET PRINTER We are manufacturer and supplier of Extruder Systems , Injection Moulding Machine and Acoustic Mixers, We manufactured and sold many extruders to food, textile, polymers, academia etc. In Turkey and to many countries. We are supplier of high performance equipment for the manufacture of technical materials. We are able to supply a variety of systems in laboratory, pilot, and production scales for polymers, foods, pharma, and defence. We are distributor of FET, Fibre Extrusion Technology, is a leading supplier of state of the art process technology and equipment for the man-made yarns and fibre extrusion industry. FET offers in-depth expertise and knowhow into design, process technology, electronics, manufacturing and after sales service. FET support customers for developing of new products and for R&D departments for man-made fibre and yarn extrusion. We are represent one of leading company, BOY, for injection moulding machine. BOY injection moulding machines: Innovation in plastic processing Impressiv advantages: BOY's design concepts are; Maximum flexibility, Small footprint, Optimum production conditions, Large mould fixing dimensions, Flexible use of moulds, Intuitive use of control, Comfortable operation, Minimum electricity consumption, Low cooling capacity ,

Extrusion, Bi Component Extrusion, Melt Blown Extrusion, Nonwowen Extrusion, Mono Filament Extrusion, 3D printer Filament Extrusion, Acoustic Mikser, Mikser, Twin Screw Extruder, Twin Screw Food Extruder, Twin Screw Pharma and Hot Melt Extruder, Homogenizer. ACUSTIC MIXSERS BI COMPONENT MELT SPINING SYSTEM ACUSTIC MIXSERS Bi Component WET SPINING LINE WET SPINING LINE PEEK CAST FILM LINE PEEK CAST FILM 3D FILAMENT LINE 3D Filamet Line Video