Roboze One The most versatile 3D printer for high-temperature technopolymers

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1 Roboze One The most versatile 3D printer for high-temperature technopolymers Real 25-micron layer accuracy with 9 technopolymers, including PEEK and ULTEM AM9085F.

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3 HVP Roboze Extruder (Patent Pending) A unique engineering gem, the HVP Roboze Extruder, entirely conceived, developed and produced by Roboze, is the result of R&D know-how, skills and CNC machines in our manufacturing facility. Extruders over 400 C Accuracy as Usual Power and control Resolution 16 Technical Materials Roboze s HVP Extruder presents an internal channel that accelerates the speed of high viscosity polymers during the extrusion process, which, when combined with the right temperature, decreases viscosity, controls the swelling phenomenon, and increases printing speed for Polymers such as PEEK. The result? Unrivaled engineering plastic print quality, stunning detail, and exceptional mechanical properties. Roboze One is equipped with a revolutionary beltless linear motion system that delivers superior accuracy over the traditional axis-motion system that is based on the indirect movement of driving belts. 9 Technical Materials New Firmware and Machine management Roboze R&D engineers powered-up the 3D printer with two extruders capable of exceeding temperatures up to 500 C allowing it to print in industrial-grade, highly advanced materials such as PEEK, ULTEM AM9085F. Roboze One can handle nine different advanced thermoplastic materials. With a wide range of thermoplastic materials to work with such as PEEK, ULTEM AM9085F, CARBON PA, ABS-ESD you can conceive, test and produce small series for your specific applications. Discover the materials that best suit your needs. Roboze One is equipped with proprietary firmware and electronics designed to enhance mechatronic potential while safely reaching very high extrusion temperatures. Machine management is simple and intuitive with our new 5-inch color touch screen display.

4 Real 25-Micron Resolution The culmination of the Roboze patent, selection of the best mechanical components on the market and the mechatronic know-how allow us to reach never before seen quality levels. Roboze Beltless System Perpetually Accurate! Functional Prototyping Printing Build 110 C Motion transmission for the X and Y-axes is realized by contact with helical stainless steel racks and pinions. Roboze develops and manufactures the mechanical components of its machines in its manufacturing facility. Its production department boasts a fleet of state-of- the-art CNC steel cutting machines. High definition FFF prototyping is the sum total of several factors - inserting the C7 spindle ball screw was one of the most essential factors in order to deliver precise layer resolution. Roboze solution tolerances are weighted and pre-calculated. The mechatronic motion ensures construction at 25 microns on the X and Y-axes. Functional prototypes ready to test and produce into finished products according to your needs. The satin finish anticorodal 6082 build plate reaches up to 110 C in order to print with most complex technopolymers, and ensure thermal stability and plate adhesion. Even the biggest ideas take shape with a build plate of 200 mm x 200 mm x 200 mm (xyz).

5 Ultra Technical material for highly defined parts made up of a special blend of PLA and other additives. Ideal for printing prototypes and small series requiring high definition and mechanical stiffness. Carbon PA Polyamide reinforced with 20% carbon fibers. The answer to all mainstream industrial needs. It s high-traction modules makes CARBON PAperfect for a variety of mechanical applications. Strong Nylon6 ABS-ESD ABS-based polymer with carbon nanotubes and process/loss modifiers. Its excellent printin properties and ESD features offer stable and consistent surface resistance, enhancing tensile strength. Polymer based on ABS (acrylonitrile-butadiene-styrene) combines exceptional mechanical properties with excellent surface quality. Highly resistant to mechanical stresses, is not easily attacked by organic compounds due to its chemical resistance. Its tenacity, low-cost and age resistance makes this material perfect for the metalworking industry. ULTEM AM9085F A high-performance self-extinguishing, polyetherimide-based polymer with high performing mechanical and thermal properties at high temperatures. Widely used in prototyping and production where extremely high performance is required such as Aerospace, Automotive / Motorsport sectors. Flex PC Policarbonato Flexible compound made up of thermoplastic polyurethane. A material highly resistant to abrasion, wear and tear. PC filament with excellent impact strength and high heat resistance. Widely used in manymanufacturing sectors. Peek A super technopolymer unique in its kind with excellent thermal stability properties and chemical tolerance. Stable at high temperatures and in strongly acidic or basic environments. PEEK is usedextensively for aerospace, defense, motorsport and oil and gas applications.

6 APPLICATIONS SECTORS GENERAL MECHANICS Metal Replacement Functional prototyping Production of finished parts Roboze One+400 DATA SHEET Aerospace & Defense Oil & Gas Automotive Motorsport Manufacturing Plastics Electro-galvanized steel frame C50 hardened and chromed stainless steel bars for X and Y supports Ball sleeves for linear X and Y motion X and Y movement system with connected helical rack and pinion C7 Ball screw with flexible motor coupling for vibration absorption Mobile components and aluminum supports obtained by CNC mechanical precision machining Removable aluminum heated plate for techno-polymer printing Levelling system and cushioning of the printing plate on 5 points Quick-change printing plate replacement system with neodymium magnets DIMENSIONS External: (x) 565 X (y) 465 X (z) 900 mm Work area: (x) 200 X (y) 200 X (z) 200 mm Packaging: (x) 670 X (y) 600 X (z) 1200 mm Weight: 80 kg LAYER RESOLUTION Very high: 25 microns High: 70 microns Average: 150 microns Low: 200 microns PRINT SPEED Recommended speed: 40 mm/s Recommended maximum speed: 80 mm/s ELECTRONICS Stepper Motors 1A 1.8 degrees Stepper Driver THB6128 with heat sinks Colour 5" touch screen 64-Watt with additional power source of 70 W PT100 thermistors in the extruder 100k printing thermistors Heating resistance 2x40W at 24V Heated plate up to 110 C MATERIALS PEEK ULTEM AM9085F ULTRA STRONG FLEX NYLON-6 CARBON PA ABS-ESD 1,75mm diameter EXTRUDER MECHANICS Extruders re-engineered up to 500 C 0.4 mm nozzle (standard) Fans and dissipaters for cooling the nozzle Filament control system CONTENTS Thickness Gauge Spool holder 8GB SD card Safety gloves Safety goggles Small spatula Power cable USB cable RECOMMENDED SLICING SOFTWARE Cura (Open Source) Simplify3D (paid software - highly recommended) COMMUNICATIONS OTHER Standard DSHC memory card reader and 8GB card included Internal spool

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