THINGWORX FLOW
Automate business processes with the flow of information
EMPOWER YOUR USERS WITH THINGWORX FLOW
ThingWorx Flow enables customers to easily and quickly connect ThingWorx to enterprise systems, orchestrate the flow of information between these systems, and automate business processes and value realization. ThingWorx Flow provides a complete set of out-of-the-box system connectors, which dramatically reduces the time and effort required to connect various systems to ThingWorx.
HOW IT CAN HELP
ThingWorx Flow capabilities are suited for any use case that requires connecting ThingWorx to other enterprise systems and exchanging information between those systems.
ThingWorx Flow is simple to integrate, which dramatically reduces time and effort required to connect and interact with enterprise systems. Its visual, codeless environment enhances usability by enabling developers and business users to easily understand, modify, copy, and repurpose flows to meet evolving business needs.
ThingWorx Flow also uses intuitive design to wire data flows between connected systems, share data transparently, and define the information to be shared between connected systems.
THE BENEFITS ARE REAL
These are tools that enable the execution of a rich set of common enterprise application capabilities in the context of ThingWorx Flow.
System-Specific Connectors
Provide users with a broad selection of out-of-the-box connectors for supported systems like Google, Salesforce and Microsoft Azure, and more.
Protocol-Based Connectors
Provide out-of-the-box connectors for systems that do not have a specific connector but support one or more protocols including SQL or HTTP.
Custom Connectors
Allow users to build a custom connector to a system using the ThingWorx Flow Connector Development Utilities. This option is good if neither system-specific nor protocol-based connectors will work. Users can create actions for custom connectors that enable support for specific use cases.
FREQUENTLY ASKED QUESTIONS
Below you’ll find answers to our most commonly asked questions.
You can count on personalized support around the clock – by email, live chat, or by joining a live webinar.
What is ThingWorx Flow?
ThingWorx Flow supports the source and orchestration facets of PTC’s Industrial Innovation Platform. It enables organizations to quickly and easily connect enterprise systems to devices to orchestrate the flow of information.
What role does ThingWorx Flow have in the ThingWorx platform?
ThingWorx Flow orchestrates the flow of information and replaces existing integration runtime capabilities with a complete set of out-of-the-box system connectors. Automate business processes for maintenance and service by connecting multiple enterprise systems and devices to easily exchange information. Thingworx Flow automates providing the necessary information to complete a service ticket initiated from a device alert. This capability makes PTC’s industrial innovation platform a compelling and competitive solution.
What connectors and utilities are supported?
The following list of initial connectors is included with the new integration and orchestration at no additional cost:
- Azure Execute Azure Logic Apps (supports 250 connectors)
- Bitbucket (Atlassian)
- Box (file collaboration)
- Dropbox (file collaboration)
- Dynamics 365 (Microsoft Azure-based ERP, CRM, and Field Service SaaS)
- Github
- Gitlab
- Google (suite and services)
- HTTP
- Integrity (via OData-exposed services)
- Jira & Confluence (Agile)
- OData (OData V2 and V4 standards are supported)
- Office 365
- OSLC
- Pubnub
- RAML
- Salesforce (includes ServiceMax)
- SAP ERP
- Slack
- SOAP
- ThingWorx (interact with ThingModel)
- Trello (Atlassian project collaboration)
- Twillio (SMS and text message)
- USGeocoder
- PTC Windchill
- Zendesk
How is ThingWorx Flow packaged into licenses?
ThingWorx Flow capabilities are included in the following licenses:
- ThingWorx SCO Enterprise Edition
- ThingWorx SCP Enterprise Edition
- Connected PLM add-on
Does ThingWorx Flow work with Microsoft Flow and Azure process orchestration technology?
ThingWorx Flow is complementary to Microsoft Flow and can leverage customer investments in LogicApps which underly Microsoft Flow.
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ANALYTICS
ANALYTICS
ANALYTICS
ANALYTICS
THINGWORX ANALYTICS
Combat challenges associated with the volume, velocity, and variety of IoT data
PROACTIVE INSIGHTS WITH THINGWORX ANALYTICS
ThingWorx Analytics is a component capability of the ThingWorx platform that enables developers to quickly and easily add real-time pattern and anomaly detection, predictive analytics, and contextualized recommendations to the solutions they build. Analytics is designed to be used by IoT solution developers who do not necessarily have expertise in complex mathematics, statistics, or machine learning. Analytics turns raw industrial IoT data and historical data into proactive insights which manufacturers can use to generate prediction models, build real-time anomaly detection models, and inform design. This enables manufacturers to save time and money on repairs by leveraging predictive maintenance.
KEY COMPONENTS
Analytics Server
is the machine learning engine that uses advanced artificial intelligence and machine learning to create, operationalize and maintain advanced intelligence from IoT data.
Platform Analytics
provides native analytics capabilities within composer such as descriptive services and property transforms.
Analytics Extensions
help to extend the analytics functionality available in ThingWorx Foundation through tools and interfaces.
REAL-TIME ACTIONABLE INSIGHTS
Using sophisticated, artificial intelligence (AI) and machine learning technology, ThingWorx Analytics delivers reliable, actionable insights in real-time to ThingWorx powered solutions. ThingWorx Analytics allows users to go to the next level, embedding advanced, predictive, prescriptive intelligence into the applications they build.
ThingWorx Analytics is tightly integrated with the ThingWorx platform to enable organizations to build smart connected solutions faster, at a lower cost, while using fewer resources. It utilizes simple user-friendly interfaces, visualizations, and easy to use tools – eliminating the need for expertise in data modeling, complex mathematics, statistical analysis, artificial intelligence, or machine learning. This allows users to interpret information faster and make decisions in real-time.
MACHINE LEARNING
ASSISTED MONITORING & DISCOVERY ALLOWS YOU TO
THE BENEFITS ARE REAL
Transform your high-volume IoT data into actionable insights. Operationalize models, predictions, and recommendations across enterprise functions to enhance decision-making with ThingWorx powerful analytics capabilities.
Simplicity
ThingWorx Analytics integrates directly with the ThingWorx Foundation platform. It makes it easy for developers to add sophisticated analytical capabilities to the solutions they build while delivering value to end users by automating complex analytical processes on IoT data.
Powerful Modeling
Very fast environment to automatically generate and evaluate models. Allows data science teams to run more experiments, reaching useful models more quickly.
Fast Development
Because ThingWorx Analytics reads data directly off theThingModel, deployment of anomaly detection and predictive scoring is fast and integration into ThingWorx-powered solutions is seamless.
Scalability
ThingWorx Analytics is specifically designed to tackle the volume, velocity, and variety challenge of IoT data. It can scale to the largest of data sets and analyze, in real time, changes in data that impact “thing” performance or affect the accuracy of predictions or simulations.
HOW DOES THINGWORX ANALYTICS DIFFER FROM THE COMPETITION?
FREQUENTLY ASKED QUESTIONS
Below you’ll find answers to our most commonly asked questions.
You can count on personalized support around the clock – by email, live chat, or by joining a live webinar.
What is ThingWorx Analytics and what does it do?
ThingWorx Analytics is a capability in the ThingWorx platform. It enables developers to quickly add real-time patterns, easily detect anomalies, uses predictive analytics, and contextualizes recommendations with solutions. ThingWorx Analytics is for IoT solution developers who are not experts in complex mathematics, statistics, or machine learning.
What role does ThingWorx Analytics have in the ThingWorx Platform?
ThingWorx Analytics is an integrated module of the ThingWorx platform that processes data and produces actionable intelligence. ThingWorx Analytics monitors data streams from connected devices directly via connectivity to the underlying ThingModel. It works with other modules to automate the delivery of intelligence to ThingWorx-powered solutions.
Why would a developer use ThingWorx Analytics?
Using ThingWorx Analytics, developers can quickly add sophisticated, automated, analytical capabilities to IoT solutions built on the ThingWorx Platform. This makes them more valuable to end-users. ThingWorx Analytics does not require expertise in analytical, machine learning, or artificial intelligence to use the technology.
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PRO 310 NEO
PRO 310 NEO
PRO 310 NEO
PRO 310 NEO
FUNMAT PRO 310 NEO
The FUNMAT PRO 310 NEO is a reliable, fast, and high-performance 3D printer for industrial applications.
THE ULTIMATE SOLUTION FOR INDUSTRIAL HIGH-SPEED 3D PRINTING
The FUNMAT PRO 310 NEO is an industrial-grade 3D printer designed for professionals and businesses that require high-quality, high-performance , and fast 3D printing capabilities. It boasts a large build volume, high-temperature printing capabilities, dual extrusion, and automated mesh leveling, making it ideal for producing complex parts and prototypes.
FULL-FORMAT PRINTNG
Minimize thermal deformation and shrinkage during printing to prevent warping, enabling successful large-format printing (305 x 260 x 260 mm).
PC PRINTNG
Heated chamber at 100°C prevents warping, delamination, and deformation in long-edge PC prints over 150 mm.
SUPERIOR MECHANICAL PROPERTIES
High-temperature semi-crystalline structures provide enhanced strength and toughness.
Consistent chamber temperatures ensure consistent mechanical performance.
FFF PRINTING
Fused Filament Fabrication (FFF) printing, also known as Fused Deposition Modeling (FDM), is a popular Additive Manufacturing technology that revolutionizes the manufacturing process. It involves the layer-by-layer construction of objects using a thermoplastic filament. As each layer solidifies, the platform lowers, allowing subsequent layers to be added, resulting in a complete 3D object.
With its user-friendly interface, safety features, and industrial-grade performance, the FUNMAT PRO 310 NEO is a reliable and powerful 3D printer for industrial applications. Some of its key features include:
LARGE BUILD VOLUME
The FUNMAT PRO 310 NEO comes with a build volume of 305 x 260 x 260 mm, providing ample space for printing even the largest objects with ease. This makes it ideal for businesses and professionals who need to print large-scale models, prototypes, or final parts.
HIGH-TEMPERATURE PRINTING
The FUNMAT PRO 310 NEO is capable of printing with a range of high-temperature materials, including TPU95A, PC, PEI, and more. This allows for greater flexibility in material selection and opens up new possibilities for industrial use cases. With the capability to print at high temperatures, the FUNMAT PRO 310 NEO can produce parts with excellent mechanical properties, making it ideal for aerospace, automotive, and other demanding industries.
DUAL EXTRUSION
This printer features dual extrusion capabilities, allowing for the simultaneous printing of two materials or colors. This feature makes it easy to create complex, multi-part models with ease. Dual extrusion also enables the printing of support materials that can be easily removed without damaging the final print, reducing post-processing time and costs.
EASY OPERATION
Despite its advanced capabilities, the FUNMAT PRO 310 NEO is designed to be easy to use, with a user-friendly interface that simplifies the printing process. The printer also comes with a range of safety features, including an enclosed build chamber and a HEPA filter, ensuring a safe and controlled printing environment.
INDUSTRIAL-GRADE PERFORMANCE
With a sturdy frame and high-quality components, the FUNMAT PRO 310 NEO is built to withstand the demands of industrial use, delivering consistent performance even in high-volume printing environments. The printer is also designed for easy maintenance, with a modular design that allows for easy replacement of parts and upgrades.
PRICING STARTING AT $8,495
Model | FUNMAT PRO 310 NEO
Printing Technology | Fused Filament Fabrication (FFF)
Machine Size | 700 x 655 x 700 mm
Build Volume | 305 × 260 × 260 mm
Build Platform | Flexible Build plate + Magnetic Fixation
Leveling | Mesh leveling(Max. 100 points)
Layer Thickness | 0.1- 0.3mm
Max Travel Speed | Max. XY 500mm/s
Printing Nozzles | Quick release design, easy installation, maintenance and disassembly
Extruder Temperature | Max. 160°C (320℉)
Chamber Temperature | Max. 100°C (212℉)
FREQUENTLY ASKED QUESTIONS
Below you’ll find answers to our most commonly asked questions.
You can count on personalized support around the clock by email, live chat, or by joining a live webinar.
What materials can be used with FUNMAT PRO 310 NEO?
What are the benefits of the thermostatic chamber on the FUNMAT PRO 310 NEO?
The thermostatic chamber on the FUNMAT PRO 310 is actively heated and can maintain temperatures of up to 100°C. This ensures better mechanical properties of printed parts, thanks to the lower internal stresses and improved interlayer bonding. As a result, engineers and designers can produce functional components that are comparable to those produced through traditional manufacturing techniques.
How does the Independent Dual Extruders (IDEX) Design enhance the overall printing experience?
The Independent Dual Extruders (IDEX) Design of the 3D printer provides a streamlined and efficient printing process when working with engineering materials. By allowing the two printheads to work independently along the same axis, the printer can seamlessly incorporate support structures while maintaining the printing quality of complex geometries.
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FUSE BLAST
FUSE BLAST
FUSE BLAST
FUSE BLAST
FUSE BLAST
Easily clean an entire build chamber in as little as 15 minutes through a fully automated process saving you time and money.
THE ULTIMATE 3D PRINTING SOLUTION FOR POST PROCESSING
Transform your cleaning routine with The Fuse Blast, designed for time-saving and cost-reducing operations. With the ability to thoroughly clean an entire build chamber in a rapid 15 minutes, this fully automated solution transforms maintenance into a seamless process. Experience consistent, professional parts that are clean to the touch.
10 MINUTE HANDS-FREE PART CLEANING
Pre-programmed cleaning routines automatically process an entire build chamber in as little as 10 minutes, while media filtering reduces post-processing time on Fuse Sift by 80%.
CONSUMER-GRADE PARTS
The ionization system prevents dust and media from re-settling on your prints, for clean-to-the-touch parts, while the polishing function allows you to go the extra mile and deliver parts with a smooth, semi-gloss, scuff-resistant, dye-ready surface finish.
EXTENDED MEDIA LIFE
Minimize overhead costs thanks to the passive filtering system that reduces media saturation and extends media life by four to eight times.
THE FUSE SERIES ECOSYSTEM
Fuse Blast seamlessly integrates into the Fuse Series ecosystem and streamlines your post-processing workflow, empowering you to fully clean a whole build chamber of printed parts within 30 minutes and drastically reducing labor time and cost. With the optional Polishing System, Fuse Blast takes your parts to another level by polishing them to a smooth, semi-gloss, and dye-ready surface finish, to deliver consistent, professional-grade results every time.
See the fuse blast in action
PRICING STARTING AT $10,999
Model | Fuse Blast
Printing Technology | Selective Laser Sintering (SLS)
Product Size | 100 × 75 × 175 cm, 39 × 29.6 × 68.7 in, Height when open: 195 cm (76.8 in)
Power Requirements | 120 VAC, 6 A (no dedicated circuit or vacuum required)
Hopper Capacity | Media hopper capacity 8.3 L, equivalent to 13 kg of 200–300 µm glass media Waste hopper capacity 10.6 L
FREQUENTLY ASKED QUESTIONS
Below you’ll find answers to our most commonly asked questions.
You can count on personalized support around the clock by email, live chat, or by joining a live webinar.
Can I polish parts in Fuse Blast?
How long does it take to post-process parts with Fuse Blast?
The typical post-processing time on the Fuse Series ecosystem should be around 15-30 minutes in total for most cases.
This includes the following steps:
- 5 to 10 mn extracting parts from the powder with Fuse Sift (manual)
- 10 to 15 mn cleaning time with Fuse Blast (automatic or manual)
- and/or (optional) 10 to 15 mn polishing with Fuse Blast (automatic or manual) [this step also cleans parts]
Note that some factors such as the material used, part geometry, number of parts, desired powder reclaim, and wear level of the media itself can influence the cleaning time required.
How clean do parts get in Fuse Blast?
Parts that have run through the Fuse Blast are visually clean and clean to the touch. No powder is present on visible surfaces after cleaning and parts can pass a ‘white glove’ test. Non-line-of-sight surfaces like internal cavities and passages may require manual touch-up using Fuse Blast’s manual mode and potentially additional brushes and tools dependent upon the printed geometry.
How much bigger is the build volume for the Form 4L than the Form 4?
The Form 4L features a build volume 4.6 times larger than the Form 4, allowing for large-format printing without compromising on speed.
What are the benefits of SLS 3D printing technology?
SLS 3D printing technology allows for strong, complex designs. It does not require support structures and often functions as end-use parts. The Fuse 1 is designed to be accessible and easy to use. The typical setup time takes less than 1 hour until you are ready to print.
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610HT
610HT
610HT
610HT
FUNMAT PRO 610HT
The cutting-edge 3D printer that is designed to handle high-temperature materials and the large build volumes.
THE ULTIMATE 3D PRINTING SOLUTION FOR HIGH TEMPERATURE MATERIALS
This printer is built to handle high-temperature materials and has the largest build volume for INTAMSYS printers, making it an ideal solution for industries such as aerospace, automotive, and medical. With its advanced features and capabilities, the FUNMAT PRO 610HT is an excellent investment for businesses looking to enhance their production processes and stay ahead of the competition.
INSTINCTUAL
Designed for minimal upkeep with a touchscreen interface that guides you through every step of the printing process and maintenance.
EFFICIENT
From print setup to powder recovery, this printer’s user-friendly hardware and software was specifically designed to increase your production efficiency.
AFFORDABLE
Affordable material combined with powder recycling and reduced equipment cost makes the Fuse 1 the best choice for industrial quality printing.
FFF PRINTING
FFF (FUSED FILAMENT FABRICATION) PRINTING
Fused Filament Fabrication (FFF) printing, also known as Fused Deposition Modeling (FDM), is a popular Additive Manufacturing technology that revolutionizes the manufacturing process. It involves the layer-by-layer construction of objects using a thermoplastic filament. As each layer solidifies, the platform lowers, allowing subsequent layers to be added, resulting in a complete 3D object. The FUNMAT PRO 410 is an open source printer out of the box. No additional licensing or special configuration is needed to use any off-the-shelf filament.
The FUNMAT PRO 610HT boasts a range of features that make it an excellent choice for high-temperature 3D printing. Some of its key features include:
HIGH-TEMPERATURE EXTRUDER
The printer’s extruder is capable of reaching temperatures of up to 450°C, making it possible to print materials such as PEEK, PEI, and Ultem.
LARGE BUILD VOLUME
With a build volume of 610 x 508 x 508 mm, the FUNMAT PRO 610HT is capable of producing large-scale parts with ease.
FILAMENT RUN-OUT DETECTION
The printer is equipped with a filament run-out sensor that alerts users when the filament is running low or has run out, ensuring that you never run out of material mid-print.
AUTO BED-LEVELING
The printer’s automatic bed-leveling system ensures that the print bed is always perfectly level, resulting in accurate and consistent prints every time.
HEATED BUILD CHAMBER
The printer’s heated build chamber maintains a stable temperature of up to 90°C, ensuring that printed parts cool down gradually and preventing warping.
PRICING STARTING AT $124,999
Model | FUNMAT PRO 610HT
Printing Technology | Fused Filament Fabrication (FFF)
Machine Size | 1,710×1,390×2,080mm（67.3×54.7×80.1in）
Machine Netweight | 1,450 kg/3197lb
Build Volume | 610×508×508（24×20×20in）
Build Platform | Vacuum Absorption Platform
Leveling | Automatic Leveling
Layer Thickness | 0.15-0.3mm
Max Travel Speed | XY: Max. 400mm/s Z: Max. 50mm/s
Printing Nozzles | 2 Printing Nozzles Without Scratching
Extruder Temperature | Max. 500℃/932℉
Chamber Temperature | Max. 300℃/572℉
Filament Chamber Temperature | Max 50℃/122°F, with dry compressed air (external air compressor is required)
FREQUENTLY ASKED QUESTIONS
Below you’ll find answers to our most commonly asked questions.
You can count on personalized support around the clock by email, live chat, or by joining a live webinar.
What is the temperature capability of the Intamsys FUNMAT PRO 610HT 3D Printer?
Can I print functional prototypes with the Funmat HT 3D Printer?
Yes! The Funmat HT can handle a variety of materials, such as PEEK, ULTEM, and PEI, creating high-strength and durable functional prototypes. It has precise temperature control with an all-metal hot end and advanced thermal management system, ensuring accurate printing. The printer can also handle larger parts and multiple components in one go, reducing waste and saving time. The Funmat HT is ideal for aerospace, medical, or industrial fields, offering functional prototypes that meet your specific requirements.
What is the build volume of the FUNMAT PRO 410?
The FUNMAT PRO 410 has a build volume of 305 x 305 x 406 mm (12 x 12 x 16 inches), totaling 37.3 liters. It can handle large prints and multiple small prints in one job, saving time and increasing productivity. Its generous build volume allows you to produce complex or large parts. Whether manufacturing small parts or printing large prototypes, the FUNMAT PRO 410 is up to the task.
What materials can be used with FUNMAT PRO 310 NEO?
The FUNMAT PRO 310 NEO supports a wide range of materials including ABS, PLA, PETG, TPU, PVA, HIPS, and more. It can handle standard and specialized filament, allowing for material versatility. With its high-temperature extruder and heated build plate, the FUNMAT PRO 310 is capable of working with engineering-grade materials like PC, PA, PEEK, PEI, and carbon fiber composites. Its adaptability makes it suitable for industries such as prototyping, manufacturing, and research and development.
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410
410
410
410
FUNMAT PRO 410
The cutting-edge 3D printer that is designed to handle high-temperature materials and the large build volumes.
THE ULTIMATE 3D PRINTING SOLUTION FOR HIGH PERFORMANCE MATERIALS
The Funmat Pro 410 is made for printing with various high-performance materials such as PEEK, PEKK, PPS, as well as engineering and production materials. The printer offers a large build volume and delivers unmatched accuracy, high-quality industrial-grade parts, and faster iteration even with complex designs. This printer is excellent for high precision parts created with a quick turnaround in order to stay ahead of the market.
FFF (FUSED FILAMENT FABRICATION) PRINTING
Fused Filament Fabrication (FFF) printing, also known as Fused Deposition Modeling (FDM), is a popular Additive Manufacturing technology that revolutionizes the manufacturing process. It involves the layer-by-layer construction of objects using a thermoplastic filament. As each layer solidifies, the platform lowers, allowing subsequent layers to be added, resulting in a complete 3D object. The FUNMAT PRO 410 is an open source printer out of the box. No additional licensing or special configuration is needed to use any off-the-shelf filament.
INTUITIVE SETUP AND OPERATION
The FUNMAT PRO 410 is easy to set up and operate, making it a great solution for professionals and businesses.
INTELLIGENT FEATURES
The printer has intelligent features such as filament jam and absence warnings, and power failure recovery, which make the printing experience smoother and more pleasant.
DUAL EXTRUSION
The FUNMAT PRO 410 comes with dual extrusion capabilities, making it possible to print with multiple materials simultaneously.
LARGE BUILD VOLUME
With a build volume of 305 x 305 x 406 mm, the printer has enough space to produce large items, allowing printing of massive objects to expand your printing capabilities.
ROBUST MATERIAL HANDLING
2 Spools, overall sealed design with molecular sieve dehumidification, built-in temp control and filament sensing.
PERFORMANCE MATERIALS
The FUNMAT PRO 410 is can print a wide range of high performance materials. With a nozzle temperature of up to 500c, there is virtually no limit to the types of materials that can be printed.
SAFE INDOOR OPERATIONS
The build chamber can be heated up to 90°C and features an active carbon H13 HEPA filter for safe indoor operation. The FUNMAT PRO 410 does not require any additional connections beyond standard, single-phase 240v service. No air inlet is required.
PRICING STARTING AT $24,999
Model | FUNMAT PRO 410
Model Printing Technology | Fused Filament Fabrication (FFF)
Machine Size | 728×684×1480mm （28.7×26.9×58.3in）
Build Volume | 305×305×406mm （12×12×16in）
Build Platform | PI Sheet Heating+Ceramic Glass
Leveling | Automatic Leveling
Layer Thickness | 0.05-0.5mm
Max Travel Speed | XY: Max. 300mm/s
Printing Nozzles | 2 Printing Nozzles Without Scratching, Able to Move up and Down
Extruder Temperature | Max. 500℃/932℉
Platform Temperature | Max. 160℃/320℉
Chamber Temperature | Max. 90℃/194℉
Filament Chamber Temperature | Max. 70℃/158℉
FREQUENTLY ASKED QUESTIONS
Below you’ll find answers to our most commonly asked questions.
You can count on personalized support around the clock by email, live chat, or by joining a live webinar.
Can I print functional prototypes with the Funmat HT 3D Printer?
What is the build volume of the FUNMAT PRO 410?
The FUNMAT PRO 410 has a build volume of 305 x 305 x 406 mm (12 x 12 x 16 inches), totaling 37.3 liters. It can handle large prints and multiple small prints in one job, saving time and increasing productivity. Its generous build volume allows you to produce complex or large parts. Whether manufacturing small parts or printing large prototypes, the FUNMAT PRO 410 is up to the task.
What is the temperature capability of the Intamsys FUNMAT PRO 610HT 3D Printer?
The FUNMAT PRO 610HT 3D Printer has impressive temperature capabilities. It can maintain a chamber temperature of 300°C (572°F) and extruder temperatures up to 500°C (932°F) with an all-metal hot end. This wide temperature range allows for printing with high-performance polymers like PEEK, ULTEM, PEKK, and more. Users can create durable parts for demanding applications requiring elevated temperatures.
What materials can be used with FUNMAT PRO 310 NEO?
The FUNMAT PRO 310 NEO supports a wide range of materials including ABS, PLA, PETG, TPU, PVA, HIPS, and more. It can handle standard and specialized filament, allowing for material versatility. With its high-temperature extruder and heated build plate, the FUNMAT PRO 310 is capable of working with engineering-grade materials like PC, PA, PEEK, PEI, and carbon fiber composites. Its adaptability makes it suitable for industries such as prototyping, manufacturing, and research and development.
Why is 3D printing good for the environment?
3D printing is eco-friendly as it reduces material waste and promotes recycling. It also decreases transportation emissions and encourages the use of durable products. Overall, 3D printing offers a sustainable manufacturing approach, contributing to a greener future.
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