3DGence PEEK AERO Natural Filament
€565.00*
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PEEK™ Aero from 3DGence is one of the highest performing thermoplastics available for available for additive manufacturing. A key feature of the polymer is its compliance with AS9100 certification for aerospace applications.
Description of the PEEK™ Aero Filament
Certified filaments play a key role in industrial industrial 3D printing, especially in these areas where safety is paramount. is paramount. PEEK™ Aero belongs to the group of high-performance polymers - filaments that can withstand the most demanding environments. It characterized by the highest heat resistance (high-temperature applications up to 260 °C), chemical resistance, high tensile strength and excellent impact resistance. impact resistance. Thanks to its flame retardancy (UL94 V-0), its low weight and the weight and AS9100 Aerospace certification, the material is used in the aerospace and the aerospace and defense industries.
The most important advantages of PEEK AERO
- The most important advantages of PEEK™ Aero certified according to AS9100,
- Excellent heat resistance: High temperature applications up to 260°C,
- high chemical resistance and tensile strength.
PEEK™ Aero industrial application in 3D printing
Due to its properties and certifications PEEK™ Aero can be used for end parts in the aerospace and defense sectors. defense sector can be used. Some customers print machine and equipment parts with PEEK™ Aero, others find it useful for sliding and sliding applications. Due to its high heat resistance (up to 260 °C), it is a suitable it is a suitable filament for prints exposed to extreme temperatures. are exposed to.
PEEK™ Aero: Good to know
3D printing with PEEK™ Aero delivers exceptional, durable results, but requires professional equipment to achieve the best achieve the best results. With our INDUSTRY™ F421, which offers high-speed printing and a large chamber volume, you can take advantage of all the possibilities of additive manufacturing with PEEK™ Aero. It is available with the compatible with the soluble support material ESM-10.
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Creatbot PEEK 300 3D-Printer
Creatbot PEEK 300 - Industrial High Temperature 3D Printer
Creatbot PEEK 300 is an industrial grade 3D printer which is specially designed for processing high performance materials such as PEEK, PEKK, Ultem (PEI) etc. The Creatbot PEEK 300 is designed for economical and reliable manufacturing (24/7).
CreatBot has more than three years of experience in designing PEEK 3D printers and has extensive experience in 3D printing and material identification for various high-performance materials such as PEEK and PEI (Ultem).
To maintain the status of a leading and reliable PEEK-300 3D printer, parameters such as nozzle temperature, heating bed or constant temperature chamber, and water cooling system are crucial. All these parameters can easily compete with the world's leading systems, and at the same time the PEEK 300 has an attractive price-performance ratio.
Creatbot works internationally with leading companies in various industries to provide state-of-the-art 3D printing solutions that are optimized for the specific requirements of each company's industry. CreatBot 3D printers are used by industry leaders such as Volkswagen Group, NASA, Airbus, Bosch, TE Connectivity, School of Materials Engineering, Oxford University, Johns Hopkins University School of Medicine, China University of Aeronautics and Astronautics.
Other features
✔ Large print volume 300 x 300 x 400 mm✔ Dual extruder up to 500°C✔ Filament sensor✔ Large material variety (PLA, ABS, PET-G, TPU, Nylon, PC, PP, HIPS, PVA, Carbon, Ultem, PEEK, etc.)✔ Automatic print bed calibration✔ HEPA air filter system✔ Heated pressure chamber up to 120°C (Direct Annealing System (DAS)✔ Pressure bed heated up to max. 200°C✔ Closed pressure chamber✔ High precision up to 0.04 mm
Direct Annealing System (DAS)
Direct Annealing System (DAS), is the world's first and exceptional technology from CreatBot. The annealing process can be controlled instantly during printing. The system is tuned to deliver the best quality in the shortest time without deformation and cracking of printed parts. (This technology is patent protected and only available from CreatBot).
Closed & heated pressure chamber up to 120°C
The closed and heated pressure chamber up to a maximum of 120°C, ensures warp-free printing without cracking and is also the basis for the annealing system.
Triple thermal insulation
Triple thermal insulation consists of double insulation chamber with advanced insulation materials and double vacuum PC plates. Thus, it guarantees the highest performance and safety.
Available printing materials
Due to the high-quality components which are built into the Creatbot PEEK 300 3D printer, you can process pretty much any filament available on the market.
HEPA air filtration system
The air filtration system absorbs contaminants and gases generated by printing individual filaments. This makes the PEEK-300 ideal for use in offices, homes and classrooms.
Water cooling system
The water cooling system is one of the most important components of the entire thermal system. It consists of the following two components:
(1) Liquid cooling. The circulating liquid can be used effectively for a long time.(2) Air pump cooling. The air pump supplies cold air from outside instead of the hot air in the comb
Intelligent self-calibrating dual-extruder printhead up to 500°C.
The new dual extruder printhead is equipped with water cooling, DAS system, and auto rising function. The temperature of the dual nozzle is up to 500°C. You can print all 3D printer materials available on the market.
Touchscreen control
Touchscreen with English menu navigation, which is very easy to operate and user-friendly at the same time. Furthermore in the system equipped with numerous useful functions.
Heated print bed up to 200°C
The heated printing bed up to 200°C is essential for the warp-free printing of large objects.
High precision
A precision of 0.04 mm is a standard resolution for normal plastics, but an exceptional resolution for materials that warp and deform heavily. 3D printing high-performance materials requires not only high temperature, but also optimized cooling. At high resolution with many small details, the layers will be destroyed by the high temperature if heat and cooling are not in balance.
✔ Precision up to: 0.04 mm✔ Speed up to: 200 mm/s
CreatWare printing software
The license-free slicing software CreatWare is included and is based on the Cura engine. Therefore this is easy to use.
€16,984.00*
3DXTech CarbonX PEEK Carbon (CF10) Filament
CarbonX Faserverstärktes Carbon PEEK Filament
Das CarbonX PEEK Filament von 3DXTech ist eines der leistungsstärksten Thermoplaste im Bereich des FDM 3D-Druck-Bereichs. Das CarbonX PEEK Filament ist mit 10% Kohlefaser verstärkt, wodurch es eine extreme Steifigkeit, Festigkeit und Dimensionsstabilität erhält.
Zusätzlich zu seiner hohen Stabilität, überzeugt das PEEK Carbon Filament durch seine hohe Wärmeableitungstemperatur von 280 °C.
Anwendungsbereiche
✔ Fertigung von Dichtungen, Zahnrädern, Buchsen und Lagern✔ Pumpen- und Kompressorkomponenten ✔ Automobilindustrie✔ Luft- und Raumfahrt✔ Verteidigung & Halbleiter
Eigenschaften von CarbonX PEEK
✔ Hervorragende mechanische Eigenschaften (vor allem bei erhöten Temperaturen)✔ Sehr gute chemische Beständigkeit✔ Niedriger linearer Wärmeausdehnungskoeffizient ✔ Sehr geringe Feuchtigkeitsaufnahme✔ Geringe Emissionen von Rauch und Gasen
Beim Drucken zu beachten
Das PEEK Carbon Filament hat eine hohe Schmelztemperatur von 343 °C, daher benötigen Sie zur Verarbeitung einen All-Metal-Extruder der Temperaturen von 400 °C oder mehr erreichen kann. Da es sich hier um ein abrasives Filament handelt, empfehlen wir eine gehärtete Düse mit einem Durchmesser von mindestens 0.4mm zu verwenden.
Unter dem Tab "Technische Daten" finden Sie nähere Informationen zu den empfohlenen Druckeinstellungen für das CarbonX PEEK Filament.
€349.45*
3DGence PEEK Natural Filament
3DGence PEEK Natural Filament
PEEK has exceptional mechanical and thermal properties
thermal properties and high chemical resistance. This
material combines excellent sliding properties, mechanical strength and resistance to high
resistance to high temperatures, which makes it ideal for the production of functional
for the manufacture of functional machine components and devices.
Pressure recommendations:
Before each use, PEEK should be preheated to 75°C for about 24 hours.
for about 24 hours. For this you can use the build chamber of the 3D printer or a
use a special dryer. Even a small amount of moisture in the material
material negatively affects the mechanical properties and quality of the printed
model, as air bubbles can appear on the walls.
When designing models, it is important to ensure that the
minimum cross-section in the model should not be less than 25 mm². The minimum
wall thickness during printing without losing strength is 2 mm. It is
It is possible to print thinner walls, but they have considerably reduced mechanical
mechanical strength.
PEEK can be used in conjunction with the soluble support material
3DGence ESM-10 can be used. The properties of ESM-10 ensure the stability of the
stability of the support structure when printing takes place in a heated chamber
where the internal temperature can exceed 80 °C.
Applications:
Parts for machines and systems Interior fittings for
Aircraft interiors Automotive industry Medical applications
€510.00*
Intamsys PEEK-GF 1,75mm - 500g
INTAMSYS PEEK-GF ist ein mit Glasfasern verstärkter Hochleistungsthermoplast aus Polyetheretherketon (PEEK).Es bietet hohe Steifigkeit und hohe Wärmebeständigkeit.
Das glasfaserverstärkte Filament Intamsys PEEK-GF (Polyetheretherketon) ist ein technischer Hochleistungsthermoplast mit außergewöhnlichen mechanischen und physikalischen Eigenschaften sowie hoher chemischer Beständigkeit und elektrischer Isolierung. Die mit diesem Material gedruckten Teile weisen eine hohe Dimensionsstabilität und Wasserbeständigkeit auf. PEEK-GF zeigt eine unglaubliche Steifigkeit bei sehr hohen Temperaturen mit einer Wärmeformbeständigkeit von 315 °C. Dank der teilkristallinen PEEK-Struktur und der verstärkenden Kohlenstofffasern kann Intamsys PEEK-GF in vielen Anwendungen Metalllegierungen ersetzen, da es eine vergleichbare Festigkeit und Haltbarkeit bei geringerem Gewicht aufweist.
Als Hochtemperaturmaterial erfordert Intamsys PEEK-GF bestimmte Druckbedingungen, darunter eine Düsentemperatur von 380-410 °C, ein 120-160 °C beheiztes Druckbett und eine vollständig geschlossene beheizte Baukammer. Die Kühlgebläse sollten während des Drucks mit PEEK-GF ausgeschaltet werden, um eine gleichmäßige Kristallisation zu gewährleisten. Für Intamsys FUNMAT Hochtemperatur-3D-Drucker bietet der Hersteller kundenspezifische Materialprofile mit optimalen Druckeinstellungen an.
Intamsys PEEK-GF wird in einer Vielzahl von Branchen eingesetzt, unter anderem in der Luft- und Raumfahrt, im Automobilbau, in der Öl- und Gasindustrie sowie in der Halbleiterindustrie, wo hohe Qualität und Zuverlässigkeit der gedruckten Teile äußerst wichtig sind. Aufgrund seiner Biokompatibilität wird das Filament in der Gesundheitsbranche für die Herstellung verschiedener medizinischer Geräte verwendet.
Filament-Spezifikationen:
✔ Hohe Formbeständigkeit✔ Hohe elektrische Isolierung✔ HDT A 315°C ermöglicht kurzfristigen Einsatz bei noch höheren Temperaturen✔ Sehr hohe chemische Beständigkeit (nach Aushärtung)
Kompatible 3D-Drucker:
FUNMAT PRO 610HTFUNMAT PRO 410FUNMAT HT
€255.00*
3DGence PEEK AERO Natural Filament
PEEK™ Aero from 3DGence is one of the highest performing thermoplastics available for
available for additive manufacturing. A key feature of the polymer is its
compliance with AS9100 certification for aerospace applications.
Description of the PEEK™ Aero Filament
Certified filaments play a key role in industrial
industrial 3D printing, especially in these areas where safety is paramount.
is paramount. PEEK™ Aero belongs to the group of high-performance polymers
- filaments that can withstand the most demanding environments. It
characterized by the highest heat resistance (high-temperature applications up to
260 °C), chemical resistance, high tensile strength and excellent impact resistance.
impact resistance. Thanks to its flame retardancy (UL94 V-0), its low weight and the
weight and AS9100 Aerospace certification, the material is used in the aerospace and
the aerospace and defense industries.
The most important advantages of PEEK AERO
- The most important advantages of PEEK™ Aero certified according to
AS9100,
- Excellent heat resistance:
High temperature applications up to 260°C,
- high chemical resistance and tensile strength.
PEEK™ Aero industrial application in 3D printing
Due to its properties and certifications
PEEK™ Aero can be used for end parts in the aerospace and defense sectors.
defense sector can be used. Some customers print machine and
equipment parts with PEEK™ Aero, others find it useful for sliding and
sliding applications. Due to its high heat resistance (up to 260 °C), it is a suitable
it is a suitable filament for prints exposed to extreme temperatures.
are exposed to.
PEEK™ Aero: Good to know
3D printing with PEEK™ Aero delivers exceptional,
durable results, but requires professional equipment to achieve the best
achieve the best results. With our INDUSTRY™ F421, which offers
high-speed printing and a large chamber volume, you can take advantage of all the
possibilities of additive manufacturing with PEEK™ Aero. It is available with the
compatible with the soluble support material ESM-10.
€565.00*
Intamsys PEEK-CF Filament - 500g
INTAMSYS PEEK-CF ist ein thermoplastischer Hochleistungskunststoff, PolyEtherEtherKeton (PEEK), verstärkt mit Kohlenstoff-Fasern.Es bietet hohe Steifigkeit und hohe Wärmebeständigkeit.
Filament-Spezifikationen:
Hohe Dimensionsstabilität und hohes Gewicht/Festigkeitsverhältnis
Höhere Steifigkeit bei hohen Temperaturen, HDT A 315°C ermöglicht kurzfristigen Einsatz bei noch höheren Temperaturen
Sehr hohe chemische Beständigkeit (nach dem Glühen)
Geeignete 3D Drucker:
FUNMAT PRO 610HT
FUNMAT PRO 410
FUNMAT HT
€315.35*
Intamsys PEEK Filament 1.75mm - 500g
Hochwertiges PEEK 3D-Filament von Intamsys
Polyetheretherketon (PEEK) werden durch Stufenwachstumspolymerisation erhalten. PEEK ist ein teilkristalliner Thermoplast mit hervorragender mechanischer und chemischer Beständigkeit, der auch bei hohen Temperaturen erhalten bleibt. PEEK gilt als einer der leistungsfähigsten technischen Thermoplaste der Welt. PEEK wird zur Herstellung von Gegenständen für anspruchsvolle Anwendungen in der Luft- und Raumfahrt, in der Automobilindustrie, in der Öl- und Gasindustrie und in der Medizinindustrie verwendet.
Vorteile von PEEK
✔ Flammhemmend, UL94-V0✔ Hohe Schlag- und Verschleißfestigkeit✔ Teilkristalline Struktur mit hervorragenden mechanischen und thermischen Eigenschaften✔ Sehr hohe chemische Beständigkeit (nach dem Glühen)✔ Kann bis zu 260°C/500F (nach dem Glühen) verwendet werden
€392.70*
3DGence ESM-10 wasserlösliches Stützmaterial für PEEK und ABS
ESM-10 wasserlösliches Stützmaterial für PEEK und ABS von 3DGence
Das ESM-10 ist ein Stützmaterial für den professionellen Einsatz. Besonders zeichnet sich das ESM-10 Filament durch seine chemische Beständigkeit und die Haftung in kombination mit PEEK- und ABS Materialien. Die Stützstruktur ist sehr stabil und garantiert so einen reibunslosen Druckvorgang.
Informationen zum Löseprozess✔ Zum lösen des Materials wird ein spezielles Lösemittel benötigt✔ Für den Löseprozess wird der SDS-Zirkulationsbehälter von 3DGence empfohlen
Für weitere Informationen gehen Sie zu dem Tab "Downloads"
€196.35*
Magigoo Pro HT Haftungsklebestift für PEEK
Magigoo Pro HT Haftungskleber für Flexible Hochtemperatur-Filamente wie PEEK
Der Magigoo Pro HT Klebestift, wurde speziell für den professionellen Einsatz mit Hochtemperatur Filamenten wie PEEK oder Ultem entwickelt. Besonders bei Filament das eine Verarbeitungstemperatur von 350 °C oder höher hat, ist Wraping (das unerwünschte lösen des Bauteils von der Druckplatte während des Druckvorgangs) ein gängiges Problem.
Durch die Verwendung des Magigoo Pro HT Haftungskleber, schaffen Sie die optimalen Haftungsbedingungen für Ihre Druckaufträge mit Hochleistungs-Kunststoffen wie PEEK oder auch Ultem.
Wie ist der Magigoo Klebestift zu verwenden?
Im folgenden Bild, wird die optimale Verwendung nochmals detailliert gezeigt. Der Pro HT Klebestift, kann bis zu einer Druckbetttemperatur von 150 °C eingesetzt werden.
1. Schütteln Sie die Flasche2. Tragen Sie den Kleber auf die gewünschte Stelle auf3. Starten Sie den Druckvorgang gemäß den Empfehlungen des Filament- / Druckerherstellers4. Den Drucker und die Druckplatte abkühlen lassen und anschließend das Bauteil herausnehmen5. Reinigen Sie das Druckbett mit einem feuchten Tuch
€47.60*
Formfutura EasyFix Adhesive Nr. VII (PEEK, Ultem, PEKK, PPSU) - 50ml
EasyFix Nr. VII Haftungskleber für PEEK - Ultem - PEKK - PPSU von Formfutura
EasyFix Nr. VII von Formfutura ist ein universeller Haftungskleber für den Einsatz beim 3D-Druck, der speziell für die Verwendung mit PEEK, Ultem, PEKK und PPSU und vielen anderen Filamenten entwickelt wurde.
Die Formftura EasyFix Haftungskleber sind so entwickelt worden, dass sie einerseits fest auf einer erhitzten Bauplatte kleben, so dass ein Objekt fest auf der Bauplatte haftet. Andererseits hat er auch hervorragende Trenneigenschaften, wenn sich die Druckplatte wieder abkühlt. Dies macht es sehr einfach, ein gedrucktes Objekt von der Bauplatte zu entfernen, während gleichzeitig das Risiko einer Beschädigung der Bauplatte und des gedruckten Objekts reduziert wird.
So verwenden Sie EasyFix VII Haftungskleber
Schütteln Sie die Flasche vor dem Gebrauch gut. Stellen Sie sicher, dass die Bauplatte Ihres 3D-Druckers sauber ist und Raumtemperatur hat, bevor Sie den EasyFix Haftungskleber auf das Druckbett auftragen. Drücken Sie den Applikatorschwamm auf die Bauplatte, damit der EasyFix VII 3D-Druck-Kleber auf das Druckbett aufgetragen werden kann. Wenn der Applikatorschwamm gesättigt ist, können Sie beginnen, den EasyFix-Klebstoff gleichmäßig auf die Oberfläche der Bauplatte Ihres 3D-Druckers aufzutragen. Stellen Sie sicher, dass das Druckbett Ihres 3D-Druckers vor dem Start des Druckvorgangs korrekt kalibriert ist. Wenn die Druckplatte heiß ist entfaltet der Klebstoff seine volle Wirkung und bringt die Druckteile zum haften.
Nach dem Druckvorgang warten Sie, bis die Druckplatte Ihres 3D-Druckers auf Raumtemperatur abgekühlt ist, bevor Sie Ihr 3D-Druckobjekt entfernen. EasyFix 3D-Druckklebstoffe haben hervorragende Trenneigenschaften, so dass sich Ihr gedruckten Objekte nach dem Abkühlen der Bauplattform des 3D-Druckers löst.
Eine mit EasyFix-Klebstoff vorbereitete Bauplattform kann für mehrere 3D-Drucke verwendet werden.
Aufbewahrung des EasyFix Nr. I
Die EasyFix Klebstoffe sollten aufrecht an einem kühlen, trockenen Ort ohne direkte Sonneneinstrahlung gelagert werden. Es ist wichtig, dass Sie Ihren EasyFix Haftungskleber aufrecht lagern, damit der Applikatorschwamm während der Lagerung nicht mit EasyFix gesättigt wird. Bitte achten Sie darauf, dass die Schutzkappe des Klebers geschlossen ist. Dadurch wird ein Austrocknen des Applikatorschwamms verhindert. Der Applikatorschwamm kann mit Leitungswasser abgespült werden, falls er mit EasyFix eingetrocknet ist.
So reinigen Sie die Bauplatte Ihres Druckers
Spülen Sie die Bauplatte mit warmem Wasser ab, um den überschüssigen Klebstoff abzuwaschen. Alternativ können Sie dazu ein Tuch oder einen in warmem Wasser getränkten Schwamm verwenden.
€46.98*
3DGence Laboratory Dryer Ofen für PEEK
3DGence Laboratory Dryer Oven - zum Tempern/Härten von PEEK
Der 3DGence Laboratory Dryer Ofen ist ein speziell entwickelter Ofen zum Tempern Ihrer PEEK-Drucke. Zusätzlich dient der Ofen zum trocknen Ihrer Filamente vor dem Drucken.
Mit einem Fassungsvermögen von 56 Litern und einer Betriebstemperatur von 300 ° C ist es die perfekte Lösung für all diejenigen die PEEK-Filamente verarbeiten möchten.
Von amorph bis teilkristallin Aufgrund des schnellen Abkühlens während des Druckvorgangs sind im PEEK-Filament gedruckte Teile amorph und spröder. Der Laborofen kombiniert programmierbare Wärmekurven und forcierte Luftzirkulation, sodass die spröden Teile teilkristallin sind und somit wieder die mechanischen Eigenschaften von PEEK erhalten. Durch Tempern Ihrer Abzüge in einem Metallbehälter wächst die Steifheit. Das Schrumpfen des Drucks wird durch die Verwendung von Quarzsand minimiert. Dieser Sand kann nach dem Abkühlen wiederverwendet werden.
Optimiert man den Vorgang, kann der Ofen auch zum trocknen Ihrer Filamente vor dem Druck verwendet werden. So können Sie Ihre Ergebnisse noch weiter optimieren.
Der Workflow
€2,094.95*
Mosaic Element HT 3D Printer
Mosaic Element HT High Temperature Multi-Material 3D Printer
The Element HT 3D printer from Mosaic Manufacturing, offers all the benefits of the Element with the added ability to process high temperature materials. Thanks to the multi-material 3D printing system, you can use up to 8 different materials and colors in one printing process, significantly improving efficiency. In combination with the intelligent CANVAS Slicer software and the Mosaic Material Pods, the Element 3D printer automates the entire process. You are able to produce complex parts with high-temperature filaments with unmatched simplicity.
The most important features at a glance
✔ Modular print head - Kinematically coupled✔ Nozzle up to 500°C and print bed up to 120°C✔ Heated pressure chamber up to 90°C✔ Cloud system✔ HIWIN linear rails✔ Pressure volume of 350 x 350 x 350 mm✔ Flexible printing plate✔ Trinamic stepper motor driver✔ Core XY kinematic system✔ LED print status display✔ Can process up to 8 materials during one printing process✔ 2-year manufacturer's warranty
Compatible & Available Printing Materials
By using Mosaic's own materials in conjunction with the material pods, the Element HT 3D printer enables automated filament management while ensuring long-lasting reusability.
Currently available original Mosaic filaments:Nylon and CF NylonABSPLAPETGTPUPVAHIPSPEEKPEKKUltem 9085
Element is an open printing system, you can always use third-party filament.
Explanation of Multi-Material Management & Automated Workflows
Each of the material pods contains its own motor that transports the filament from the pod to pallet X and on to the print head. Unlike the Palette devices, Palette X does not splice the materials. The reason for this is that when using multiple combinations of different material types, splicing becomes less reliable. Together with Palette X, Element has full control over material management and can therefore dispense with splicing.
This results in higher print quality and less wasted material.Element is also linked to CANVAS. This means that creating, editing, organizing and cutting your multi-material models and sending them to the printer is extremely easy. The entire process is completed in a matter of minutes.
Special features
Print volume
Due to the large print volume of 350 x 350 x 350 mm, you can significantly increase your productivity and print large objects from up to 8 different colors.
Flexible use
Element optimizes the printing process by simultaneously printing support structures while you finish your piece(s) in any number of materials.
Modular extruder
Modular design makes it easier than ever to remove and reinstall the printhead for repairs or replacement.
Heated pressure chamber
Element HT features an actively heated chamber up to 90 °C. The heated pressure chamber supports the pressure process of materials such as PEEK, PEKK and Ultem 9085.
CANVAS Cloud - Free single user license included
CANVAS is Mosaic's simple and easy-to-use slicing software. CANVAS is free for single users. CANVAS TEAMS will be available to a larger number of employees, enabling effective collaboration.
Set access rights for all team members, from owner to user.Apply color, logos, serial numbers and more directly to your 3D models from a file using CANVAS digital.Share, store, organize and track your print settings in the cloud for yourself or for the team.Conveniently monitor your print operations via webcam from home or anywhere else.
How do you differentiate the Element and Element HT 3D printers ?
From a design standpoint, the Element and Element HT 3D printers from Mosaic are almost identical. The only differences are that the Element HT has a heated print chamber (up to 80°C) and an elevated nozzle temperature of up to 500°C. This makes it possible to print high-performance materials such as PEEK or Ultem with the Element HT.
€11,303.81*
Mosaic Manufacturing Array XT 3D print farm
Mosaic Manufacturing Array XT 3D print farmArray XT offers all the features and benefits of Array,
but also offers the ability to print technical materials at high temperatures.
temperatures. This is achieved by ends that are heated to 500 °C,
and chambers that are actively heated to 90 °C.
With the large build volume of the Array XT, the intelligent
pressure queue, the automatic pressure monitoring and the modular design
we can now achieve high machine utilization, low downtimes and high throughput in
high throughput in 3D printing.
Implementing Array into your production system
means you spend less time maintaining and managing your printers and more time printing.
and have more time to print - even when you're not on site.
on site.
Array's robotic gantry system changes materials and print beds to
materials and print beds to ensure your printers are up and running around the clock.
are in operation around the clock.
By increasing your printing capacity, Array ensures
lower cost per part, reduces labor and guarantees a shorter payback period
shorter payback time than other industrial printing systems.
Benefits and features of Array XT:
Four
automated 3D printers
One
robotic gantry system to control the entire system
One
storage cart for storing the finished parts
A
Construction volume of 355 x 355 x 355 mm (per printer)
The
CANVAS-capable intelligent print queue
Internal
webcams to monitor prints and detect errors in real time
real time
A
modular design for easy maintenance options
At least
72 hours of operation without operator intervention
An automated multi-material 3D printing system:
Each printer within Array XT is equipped with Mosaic
Palette X technology and can print models in up to eight materials and/or
and/or colors. The new CANVAS Array Slicer software, which has been specially
developed specifically for working with Array, allows you to:
The
Create an intelligent print queue that allows Array XT to continue
to continue printing autonomously for at least 72 hours.
The
seamless management of all your projects, alone or in a team.
The
assignment of access rights to team members (e.g. owner,
administrator, operator).
The
remote monitoring of your prints by connecting to the webcams within
within Array XT.
Once printing is complete, the automated gantry system removes the
gantry system removes the bed with the finished part from the printer, places it in the
the storage cart, places a new bed in the printer, and the intelligent
CANVAS' intelligent queue management starts the next print. This
process continues until the storage cart is filled with finished parts.
is filled. Once it is full, an operator replaces the storage cart with a new one
a new one with fresh beds and the Array XT process starts again.
Main advantages of Mosaic Manufacturing Array XT:
Multi-material 3D printing:
All four printers (Element HT) within Array XT are capable of printing in
up to eight materials and colors, but all four can also print completely
print completely different parts at the same time.
High
automation: When your prints are ready, they are automatically saved for you
saved for you until your shopping cart is filled with finished parts.
High
material loading capacity: Each printer in the array can hold 16 kg of material
so you have a total of 64 kg of material on deck, ready to print at
ready for printing at any time.
Robotics:
The array robot removes the finished prints with their bed, stores them
and places a new bed in the printer to start the next print.
start the next print.
Material compatibility:
Array is compatible with most common materials.
These include nylon / nylon CF, ABS, PLA, PETG, TPU, PVA and HIPS. In addition
Array XT also supports high-temperature materials such as PEEK, PEKK, PPSU or
Ultem 9085.
Difference between Array and Array XT:
The two 3D print farms from Mosaic Manufacturing, Array
and Array XT, are based on the Element and Element HT technologies. The
difference is that the Element HT also has a build chamber heater.
installation space heating. With a heated installation space, more materials such as
materials such as PEEK or PEKK can be processed. The maximum
nozzle temperature is also higher with the Element HT (or Array XT) than with the
normal element (or array).
Price on request
Mosaic Manufacturing Array 3D print farm
Mosaic Manufacturing Array 3D print farmWith Array's four printers, their large build volume,
intelligent print queue and automatic print monitoring, as well as the modular design
and modular design, you can now achieve high machine performance, minimized downtime and increased
downtime and an increased 3D printing throughput rate.
Implementing Array into your production system
means you spend less time maintaining and managing your printers, giving you
management of your printers, allowing you to spend more time printing, even when you are
are not on site.
Array's robotic gantry system swaps materials and print beds to
materials and print beds to ensure your printers are up and running around the clock.
are in operation around the clock.
By increasing your print capacity, Array lowers the cost per part
cost per part, minimizes labor and guarantees a faster payback time
payback time compared to other industrial 3D printing systems.
Benefits and features of Array:
Four
automated 3D printers
Robot controlled
gantry system for complete system operation
Trolley
for storing finished parts
Installation space volume
of 355 x 355 x 355 mm (per printer)
Compatible
with CANVAS for intelligent print queues
Internal
Webcams for real-time print monitoring and error detection
Modular
design for easy maintenance
At least
72 hours of operation without operator intervention
One
automated multi-material 3D printing systemEach printer in Array is equipped with Palette X technology from
Mosaic and can print models in up to eight materials and/or colors.
colors. The new CANVAS Array Slicer software, specifically designed for use with
Array, allows you to:
The
Create an intelligent print queue that allows Array to
Print autonomously for at least 72 hours
The
seamless management of all your projects, whether alone or in a team
The
assignment of access rights to team members (e.g. owner,
administrator, operator)
The
remote monitoring of your prints by connecting to the internal webcams of
array
Once a print job is complete, the automated
automated gantry system removes the bed with the finished part from the printer,
places it in the storage cart, inserts a new bed into the printer, and
CANVAS' intelligent queue management starts the next print.
print. This process continues until the storage cart is filled with finished parts.
parts. Once it is full, an operator swaps it out for a new
new trolley with fresh beds and the array process starts again.
Key benefits of Mosaic Manufacturing Array:
Multi-material 3D printing:
All four printers (elements) in Array can print in up to eight materials
and colors and print completely different parts at the same time.
High
automation: When your prints are finished, they are automatically stored for you
stored for you until your cart is filled with finished parts.
High
material loading capacity: Each printer in the array can hold 16 kg of material
so you have a total of 64 kg of material available, ready for printing.
ready for printing.
Robotics:
The Array robot removes finished prints with their beds, stores them
and inserts a new bed into the printer to start the next print.
start the next print.
Material compatibility: Array is compatible with various common
materials, including nylon/nylon CF, ABS, PLA, PETG, TPU, PVA and HIPS.
HIPS.
Difference between Array and Array XT: The two
3D printer farms from Mosaic Manufacturing, Array and Array XT, are based on the Element and Element HT
technologies of Element and Element HT. The main difference is
is that Element HT also has a heated build chamber function.
This means that more materials such as PEEK or PEKK can be processed. In addition
the maximum pressure nozzle temperature for Element HT (or Array XT) is higher than for the standard
the standard element (or array).
Price on request
