MAXIMIZE YOUR PRODUCTION OUTPUT WHILE REDUCING YOUR COSTS
Quality, reliable printers to optimize your manufacturing processes
WHAT DO WE OFFER FOR YOUR BUSINESS?
Complete solutions:
Hardware, software, filaments, accessories and technical expertise to get the most out of your Additive Manufacturing setup.
Reliable and robust design:
Being a manufacturer in the additive industry since 2014 with more 11,000 sold printers.
High print quality:
Print with up to 50 microns for high resolution.
2 year warranty:
We stand behind our product and expertise.
Rapid Local Manufacturing (RLM):
Boost your manufacturing capability with RLM by a print farm set-up using a single or dual extruder machine.
Value for money:
We offer value priced solutions compared to similar quality machines in the professional space.
Live setup:
Availability of live online support for the setup of each IDEX model.
IoT capability:
Remote access and control of your Craftbot Flow machines with full functionality including live feed of the printing process.
Our printers have a metal hot end design which heats up to 300°C. Therefore, a wide range of filaments can be used for printing from PLA to ABS.
Industrial materials such as such as PETG, ePA (Nylon), Carbon, ABS, TPE, HIPS and other special filaments eg. PGA can be used to print with our Flow Generation printers.
These materials are offered for various uses including prototyping, small batch manufacturing, tooling for injection moulding and creating dental retainers or prosthetics.
Industrial materials capability
(Carbon PETG filament)
(Carbon PETG filament)
(Carbon PETG filament)
(ABS filament)
(ABS filament)
(ePA (Nylon)filament)
(ePA (Nylon)filament)
(Flexible TPE filament)
(Flexible TPE filament)
We offer full enclosure for all the 3D printers: PET-G dome with a safety lockable door.
The PET-G dome and the glass doors increase the safety level of your Flow Generation printer and supports the efficient use of the range of the printable material. It can provide additional inside heating for industrial material that require a hotter environment.
It also reduces heating time and helps maintain constant temperature inside the printer for softer filaments such as TPU.
The enclosure is equipped with a fan and a HEPA filter that reduces emissions significantly.
Industries We Serve
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Engineering
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Manufacturing
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Dental
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Education
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Healthcare
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Entertainment
RECOMMENDED BUSINESS PURPOSES:
- Engineering
- Manufacturing
- Medical
- Prototyping
- Art & Fashion
EFFICIENCY:
- Workhorse printer for very high prints - up to 500 mm
- Reinforced steel frame
- Dual drive
USER-FRIENDLY:
- Plug&Play printer - easy set up
- Mesh bed leveling
- Led status indicator
- 5” color touch screen
QUALITY:
- Up to 50 micron
- The engine of the HMI is raspberry PI
- IoT interface
- All-metal hotend: Up to 300°C
500 mm high build volume
RECOMMENDED BUSINESS PURPOSES:
- Manufacturing
- Research & Development
- Art & Fashion
EFFICIENCY:
- Independent dual extruder (IDEX) to duplicate your performance
- Large print volume: Up to 425 x 250 x 250 mm
- Optimized for ABS, TPE, TPU, PETG
- Unique designed printing bed for strong adhesion and easy removal
- Dual drive
AUTOMATED SET-UP:
- Mesh bed leveling
- Automatic Calibration
- 5” color touch screen
QUALITY:
- 4GB internal storage
- The engine of the HMI is a Raspberry PI
- IoT interface
- Reinforced steel frame
Double print capacity
RECOMMENDED BUSINESS PURPOSES:
- Engineering
- Automotive
- Manufacturing
- Prototyping
- Art & Fashion
EFFICIENCY:
- Independent dual extruder (IDEX) to duplicate your performance
- Optimized for ABS, TPE, TPU, PET
- Unique designed printing bed for strong adhesion & easy removal
- Reinforced steel frame
- Dual drive
AUTOMATED SET-UP:
- Mesh bed leveling
- Automatic Calibration
- 5” color touch screen
QUALITY:
- The engine of the HMI is raspberry PI
- IoT interface
- 4GB internal storage
- All-metal hotend: Up to 300°C
- Reinforced steel frame
500 mm high build volume
Double print capacity
WHY ARE VARIOUS INDUSTRIES ADOPTING THE USE OF 3D PRINTERS?
More industries are adopting Additive Manufacturing and acquiring 3D printing units. It not only offers the potential to create something through an entirely unique process, but it also has the capability to render some production lines much more efficient and replace them to a high degree. 3D printing has opened up new opportunities for production, factory maintenance and R&D, since 3D printers and their associated parts have become readily available in the market place.
3D PRINTING IN R&D
Research and development departments require prototypes, often times with several iterations. In a typical setup, prototypes are handcrafted or made from molds, which takes up a significant time of the designer’s precious schedule. Using 3D printed prototypes, designers are able to save both time and money through designing, modifying a part digitally and have it available in its 3D form within a sort period of time.
COST CALCULATION REDEFINED
3D printing undoubtedly impacts the material and production cost in a production environment. However, in a large scale manufacturing setup, we are seeing an industry that has migrated aggressively to 3D printing to hit the break even point significantly quicker than integrating other technologies or improving the process.
CREATIVE WAY OF GETTING MORE DONE
The entry point of a Craftbot 3D printer is relatively small capital expenditure that opens the door to easily and efficiently make prototypes to take more risk and allow for trial and error.
ADDITIVE MANUFACTURING
The known manufacturing process is mostly a subtractive process, where the raw material gets wasted and reused over and over again. On the other hand, 3D printing is a very precise manufacturing process that can reducewaste, as well as processing time and required equipment.
3D PRINTING REDUCES THE RISK ON THE SUPPLY CHAIN
3D printing has a huge impact on inventory and logistics as it facilitates demand printing and simplifies the supply chain down to its simplest parts. It also adds new efficiencies to the system, thus reducing dependance on external companies to provide components into the supply chain.
TRADITIONAL SUPPLY CHAIN
ADDITIVE MANUFACTURING MODEL
3D PRINTING VS TRADITIONAL MANUFACTURING
3D printing saves on energy and waste as it eliminates shipping and other logistics activities and enables users to manufacture with less unnecessary materials.
TRADITIONAL MANUFACTURING VS 3D PRINTING GLOBAL, 2014
3D printed objects by industrial Craftbot users
3D PRINTING BENEFITS THE ENVIRONMENT
The known manufacturing process is mostly a subtractive process, where the raw material gets wasted and reused over and over again. Most of the countries in the world now have very bold and strict environmental laws for industry to protect the environment. As 3D printing is a very precise manufacturing process, it can actively contribute to lesser carbon emission. Moreover, some 3D printers can actually use recycled wood, reducing the environmental effect of what little waste does occur.
Craftbot offers an impactful production solution that contributes to a versatile manufacturing environment
The Flow Generation offers the volume needed and the IDEX system to meet the needs of various applications. The innovative independent dual extrusion, IDEX printers have an optimized size that fits into any print farm or industry factory. They are able to 3D print with multiple material at once, including soluble support material that opens up design possibilities beyond what a single head extrusion printer can provide. Our Craftbot portfolio includes two IDEX machines, the Flow IDEX and the Flow IDEX XL, which are one of the largest IDEX printers currently available on the market.
