Roboze Production Series
Roboze production series provide the users with an AM-machine suitable for industrial use
Cut Costs and Production Times
Produce customized batches, on demand and just in time, reducing warehouse stocks as well as cutting production costs & time
Parts Certification
Every part produced can be certified, thanks to complete records of all production parameters and conditions during production
Unmatched Repeatability
Produce parts with unmatched accuracy, speed and repeatability with the fully integrated Roboze Automate technology ecosystem
Performance of materials
Produce functional components suitable for use in extreme applications with high mechanical, thermal and chemical resistance.
Made for precision
Roboze additive manufacturing (AM) technology is built on four differentiating factors to improve overall parts performance compared to the competition
- Beltless pinion-rack system for controlling the movement of the machine in all directions, permits a precision of down to 10 μm.
- High Viscosity Polymer (HVP) Extruder.
- Heated chamber, securing uniform heat distribution to parts during printing.
- A wide selection of engineered materials to meet the most demanding applications
Beltless System
Direct movement is secured with a helical rack and pinion. This ensures that accuracy can be as fine as 10μm / 0,4 mil with a repeatable precision of 5μm.
This ensures that both fine and repeatable parts can be produced with all of Roboze machine range. The beltless system also provides another benefit in requiring less maintenance.
HVP Extrusion system
The HVP extruder is specially developed to work with high viscosity materials by providing the least amount of friction inside the nozzle as well as temperatures of up to 450°C at the nozzle to minimize any shrinkage phenomena and ensure a proper preservation of chemical-physical properties of the extruded material.
Optimized polymer flow & temperature ensures that parts are produced with good quality.
Best-in-class Heated Chamber
Heated air enters the chamber from both sides and air is circulated via the bottom of the chamber and re-heated to be fed back into the loop.
The Roboze heated chamber is the result of years of work, prototypes and hundreds of simulations. We developed this unique solution to allow a homogeneous working environment aimed at consolidating the parts with a perfect thermal fusion of each layer in order to achieve exceptional mechanical properties. This is among the most important elements of the Roboze Automate technological ecosystem as it has a strong impact on the mechanical properties of the final component.
Heated chamber
The heated chamber features uniform heat around the part and sensors to precisely control temperature, critical to production of parts using polymers. The chamber is capable of a continuous temperature of up to 180°C, with local variations of temperature kept within a 5-10°C.
Produce parts with super polymers and composites
Produce your parts in a few hours, with Roboze machines on your shop floor. Roboze additive manufacturing (AM) technology is built on four differentiating factors to improve overall parts performance compared to the competition.
Roboze Professional Series
Roboze One PRO
System Size
(X)790 x (Y)690 x (Z)1660 mm
(X)31,1 x (Y)27,2 x (Z)65,4 in
Print bed
(X)300 x (Y)250 x (Z)220 mm
(X)11.8 x (Y)9.8 x (Z)7.9 in
Precision: 15μm / 0.59 mil
Printing Speed: 4000 mm/min
Readily accessible PEEK 3D printer, Roboze is one of the first companies to have made this extraordinary material available in the 3D printing sector. Our knowledge in this super polymer is unparalleled. Obtain functional PEEK parts with an unmatched print quality
Material management
The HT Dryer has the function of preparing the material before printing, drying and heating it, thus guaranteeing surface quality and mechanical performance of the parts produced.
Industrial equipment
The Roboze One PROhas motors with encoders capable of automatically correcting any errors, ensuring accuracy and repeatability of movement with guaranteed tolerances.
Roboze Plus PRO
System Size
(X)800 x (Y)700 x (Z)1910 mm
(X)31,1 x (Y)27,2 x (Z)75,2 in
Print bed
(X)300 x (Y)250 x (Z)220 mm
(X)11.8 x (Y)9.8 x (Z)8.7 in
Precision: 15μm / 0.59 mil
Printing Speed: 4000 mm/min
Readily accessible PEEK 3D printer, Roboze is one of the first companies to have made this extraordinary material available in the 3D printing sector. Our knowledge in this super polymer is unparalleled. Obtain functional PEEK parts with an unmatched print quality
Material management
The HT Dryer has the function of preparing the material before printing, drying and heating it, thus guaranteeing surface quality and mechanical performance of the parts produced.
Industrial equipment
The Roboze Plus PRO has motors with encoders capable of automatically correcting any errors, ensuring accuracy and repeatability of movement with guaranteed tolerances.
Roboze Production Series
Roboze ARGO 350
System Size
(X)1300 x (Y)1150 x (Z)2000 mm
(X)51,2 x (Y)45,3 x (Z)78,7 in
Print bed
(X)350 x (Y)300 x (Z)200 mm
(X)13,8 x (Y)11,8 x (Z)11,8 in
Precision: 10μm / 393,70 mil
Printing Speed: 5000 mm/min
Production of accurate and repeatable parts, with very high performance.
Dimensional tolerances
The combined pinion & rack system, alongside precise calibration and levelling of the build plate allows for production of parts with down to 10μm precision and a layer height of down to 25μm. Repeatability in production is also assured the same way.
Metal replacement
The ARGO series is capable of producing parts made with superpolymers such as PEEK & Carbon PEEK. Both of these materials have properties that can make them attractive replacements for parts made in metals.
Material management
The Roboze HT Filament Dryer, integrated on both ARGO 350 & 500, is able to ensure perfect drying and management of the material. The drying and pre-heating process is essential for having a moisture-free material that ensures unparalleled mechanical performance and surface quality of the finished part.
Roboze ARGO 500
System Size
(X)1935 x (Y)1436 x (Z)2375 mm
(X)76,2 x (Y)56,5 x (Z)93,5 in
Print bed
(X)500 x (Y)500 x (Z)500 mm
(X)19,7 x (Y)19,7 x (Z)19,7 in
Precision: 10μm / 393,70 mil
Printing Speed: 5000 mm/min
Produce large parts and custom batches.
Integration into production
ARGO 500 is the first 3D printer for super polymers equipped with PLC technology from B&R (ABB Group). Roboze and B&R have collaborated to bring for the first time industrial automation into 3D printing systems dedicated to metal replacement, making ARGO 500 integrate and communicate with the entire production workflow in smart factories.
Automated control
In ARGO 500, all the process variables are controlled in a completely automatic way, eliminating the manual operations and the experience required by the operator – from the leveling of the build plate to the calibration of the extruder, from the insertion and automatic change of filament up to the functions of drying and preheating of the material. Everything is automated and controlled.
Strong like Metal
ARGO 500 processes super polymers and composites such as PEEK, CarbonPEEK, ULTEM AM9085F, CarbonPA and many others, bringing 3D printing to the world of customized industrial production, replacing metal and creating series up to 3,000 parts. The performances achieved by super polymers and composites challenge the common conception of what a plastic can do, creating a new industrial perspective, made of incredible performance and circularity of raw materials.
Produce parts with super polymers and composite materials
Material Pyramid and Selection
Composite materials are also available, both with chopped glass & carbon fibres as the chosen reinforcement material. This increases both mechanical and thermal properties of the matrix materials thus reinforced. For more details on the full range of materials available please see below.
Parts
- PP
- Ultra PP
- ABS-Strong
- PC Lexan
- Functional Nylon
- Flex TPU
- PEEK
- ULTEM
- ABS-ESD
- Carbon PA
- Carbon PEEK
PP
PP is one of the plastics that is used the most for the production of consumer goods and in several industrial sectors, thanks to its excellent chemical resistance, lightness and impact resistance. Another interesting property, if compared with other materials used in the FFF 3D printing sector, is its semi-transparency that can be useful in those applications where it is necessary to monitor the level of liquids or it is expected the diffusion of light sources.
Ultra PLA
ULTRA is a PLA developed by Roboze, with the addition of charges that improve the mechanical performances and the aesthetic qualities of the biopolymer.
It is ideal for the production of conceptual prototypes and functional parts that do not need to withstand specific operating conditions.
ABS-Strong
STRONG is an ABS with improved mechanical properties, ideal for the functional prototyping. The main properties of this amorphous polymer are the good dimensional stability under low loads, impact resistance and chemical resistance against solvents, alcohol and oils. ABS’ surface properties and the extraordinary aesthetic quality allow to directly paint the parts after printing.
PC Lexan
LEXAN™ EXL AMHI240F Filament by SABIC is a high impact polycarbonate product available in black color option. The filament offers more ductility and high impact strength at room temperature and extreme low temperatures, in combination with improved UL94 performance, beyond the standard.
Functional Nylon
Roboze Functional Nylon is one of the techno polymers that is widely used thanks to a good value for money. The low friction coefficient and the self-lubricating properties, combined with the excellent mechanical resistance, make Functional the ideal material for the realization of tribological components and, in general, the suitable solution for all those applications that require a good flowability and wear resistance
Flex-TPU
FLEX is developed for Roboze and it is based on TPU. Thermoplastic elastomers are unique materials that combine the key processing and recycling properties of thermoplastics. With many of the physical properties of thermosetting rubbers such as elasticity, low compression set and high flexibility
PEEK
PEEK offers a unique combination of mechanical properties such as resistance to chemicals, wear, fatigue and creep, as well as exceptionally high-temperature resistance. It also has good resistance to combustion and good electrical performance. Due to the semi-crystalline nature of this polymer, its low tendency to creep,and its good sliding and wear, properties are retained over a wide temperature range. PEEK is known for its excellent chemical resistance to many organic and inorganic chemicals and for its exceptionally good resistance to hydrolysis in hot water.
ULTEM
ULTEM™AM9085F filament by SABIC is a high temperature, amorphous polyetherimide thermoplastic blend. It consists of a polyetherimide (PEI) with a polycarbonate copolymer blend incorporated for improved flow. It belongs to the category of high performance technopolymers, or superpolymers, as it has resistance to hydrolysis, UV-light and acid solutions, advanced thermal performances and strong mechanical characteristics. ULTEM™AM9085F also has good electrical properties, which remain stable over a wide range of temperatures and frequencies (including microwaves).
ABS-ESD
ABS-ESD material is ideal for electronic applications where it is necessary to dissipate the electrostatic charge. ABS-ESD has been engineered by adding carbon nanotubes to ABS for the dissipation of the surface charge.
Carbon PA
Carbon Polyamide (PA 6/66) was developed for Roboze customers and is based on a polyamide matrix reinforced with 10% by weight of carbon fibers.
The addition of 10 % by weight of chopped carbon fibers makes it possible to obtain a composite material with high mechanical strength, stiffness and thermal resistance. Furthermore, the polyamide matrix offers high toughness at low temperatures as well as easy processing.
Carbon PEEK
Carbon PEEK is a carbon-fiber-reinforced PEEK. The reinforcement done with 10% chopped carbon fibers improves the compressive strength, stiffness, and load capacity of PEEK. Carbon PEEK is considered among the strongest of all thermoplastics at room temperature because it offers superlative properties that, together with its optimal wear and abrasion resistance, make it ideal for the substitution of metals in more extreme environments. It is very resistant to hydrolysis in boiling water and superheated steam, as well as to organics,acids, and bases.
Roboze materials selection table
The table below gives an overview of some key material properties of Roboze materials and their suitability dependent on what kind of material properties are most important to you.
Key material properties are listed on a scale of suitability from 1 to 5, where 1 is least suited and 5 is most suited. All materials technical datasheets are available on request.
