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Large Scale 3D Printers for Large Projects
One printer - one nozzle? Forget about it!
Minimum downtime.
Maximum protection.
Design Consultation Service
The mission of Foreman3D is to create more than a construction printer, but a tool capable of automating most of the technological processes in construction.
The large margin of safety of the frame of FOREMAN 3D printers makes it possible to implement not only the principle of additive 3D printing with building mixtures of any composition, but also opens up a number of opportunities for the implementation of the following construction processes:
— automated alignment (post-processing) of printed exterior walls (and interior partitions) from the outside and inside of the building using a surface milling process, the same technological process is possible for floors.
— pouring the printed formwork of the building with insulation or heavy concrete,
Innovation
The ability to use a 3D printer to fill interfloor ceilings. Equipping the axis of movement with a magnetic gripper will allow using the printer as a crane for laying metal corrugated sheet, prepared fittings and installing communications.
Print at a level of minus three meters from the surface.
Printing an underground garage or basement, a pool near the house at the site of damage — 3 meters from the zero point is no longer a problem, all Foreman 3D construction 3D printers, except for the Foreman 3D Gantry on railse model, can be equipped with this capability.
Accessibility
We strive to ensure that the operation of our equipment brings pleasure and does not create problems. Intuitive software makes it easy to learn how to operate the device after a short learning period
FOREMAN 3D PRINTER MODELS
Dimensions in meters X-width Y-length Z-height | to order |
Controlled extruder | Yes |
Operating conditions from |
|
Ambient temperature, ° C. | 0 ° C to + 50 ° C |
Relative humidity (at + 25 ° C)% | From 0 to 95 |
Mains voltage, B | 380 |
Frequency, Hz | 50 |
Maximum current consumption, A | 25 |
Internal pressure, MPa | 0.5 to ± 0.02 |
Degree of protection | 0.5 to ± 0.02 |
Nominal pressure of test and control medium | 0/4 |
Maximum print speed | Up to 1000 mm / 6 s (10 meters / 1 m) |
Height of a layer is | 12-25 mm |
Layer width | 70-80 mm |
The system of movement is | step gearless |
Material flow | 22-60 l / min |
The maximum size of the unit is | 10 mm |
Printer setup time | 4-6 hours |
Printer removal time | 2-3 hours |
Manning | 2 operators |
Interface Program | Mach3 \ Pumotix |
Open source slicer software | software (Windows) third-party slicers |
Power supply | 32 A, 120 V, 1 phase 60 Hz or 400 V, 50 Hz, 3 phases 32 A |
- Tank 1000 liters
- Feed +Mixer Duo-Mix
- Mobile Silo
- The Hurricane 140 pneumatic transport system
* Manufacturers, as well as models of the specified additional equipment are advisory in nature and can be replaced with similar devices from other manufacturers without losing their functionality.
* The list of recommended equipment is complete for FOREMAN 3D construction 3D printers in the basic configuration.
- Computer
- Control block
- Video recording system
- Optical level
- Crounding
- Lighting
- Tools
- Manual
Dimensions in meters X-width Y-length Z-height | to order |
Controlled extruder | Yes |
Operating conditions from |
|
Ambient temperature, ° C. | 0 ° C to + 50 ° C |
Relative humidity (at + 25 ° C)% | From 0 to 95 |
Mains voltage, B | 380 |
Frequency, Hz | 50 |
Maximum current consumption, A | 25 |
Internal pressure, MPa | 0.5 to ± 0.02 |
Degree of protection | 0.5 to ± 0.02 |
Nominal pressure of test and control medium | 0/4 |
Maximum print speed | Up to 1000 mm / 6 s (10 meters / 1 m) |
Height of a layer is | 12-25 mm |
Layer width | 70-80 mm |
The system of movement is | step gearless |
Material flow | 22-60 l / min |
The maximum size of the unit is | 10 mm |
Printer setup time | 4-6 hours |
Printer removal time | 2-3 hours |
Manning | 2 operators |
Interface Program | Mach3 \ Pumotix |
Open source slicer software | software (Windows) third-party slicers |
Power supply | 32 A, 120 V, 1 phase 60 Hz or 400 V, 50 Hz, 3 phases 32 A |
- Tank 1000 liters
- Feed +Mixer Duo-Mix
- Mobile Silo
- The Hurricane 140 pneumatic transport system
* Manufacturers, as well as models of the specified additional equipment are advisory in nature and can be replaced with similar devices from other manufacturers without losing their functionality.
* The list of recommended equipment is complete for FOREMAN 3D construction 3D printers in the basic configuration.
- Computer
- Control block
- Video recording system
- Optical level
- Crounding
- Lighting
- Tools
- Manual
Dimensions in meters X-width Y-length Z-height | to order |
Controlled extruder | Yes |
Operating conditions from |
|
Ambient temperature, ° C. | 0 ° C to + 50 ° C |
Relative humidity (at + 25 ° C)% | From 0 to 95 |
Mains voltage, B | 380 |
Frequency, Hz | 50 |
Maximum current consumption, A | 25 |
Internal pressure, MPa | 0.5 to ± 0.02 |
Degree of protection | 0.5 to ± 0.02 |
Nominal pressure of test and control medium | 0/4 |
Maximum print speed | Up to 1000 mm / 6 s (10 meters / 1 m) |
Height of a layer is | 12-25 mm |
Layer width | 70-80 mm |
The system of movement is | step gearless |
Material flow | 22-60 l / min |
The maximum size of the unit is | 10 mm |
Printer setup time | 4-6 hours |
Printer removal time | 2-3 hours |
Manning | 2 operators |
Interface Program | Mach3 \ Pumotix |
Open source slicer software | software (Windows) third-party slicers |
Power supply | 32 A, 120 V, 1 phase 60 Hz or 400 V, 50 Hz, 3 phases 32 A |
- Tank 1000 liters
- Feed +Mixer Duo-Mix
- Mobile Silo
- The Hurricane 140 pneumatic transport system
* Manufacturers, as well as models of the specified additional equipment are advisory in nature and can be replaced with similar devices from other manufacturers without losing their functionality.
* The list of recommended equipment is complete for FOREMAN 3D construction 3D printers in the basic configuration.
- Computer
- Control block
- Video recording system
- Optical level
- Crounding
- Lighting
- Tools
- Manual
Dimensions in meters X-width Y-length Z-height | 24 х 24 х 12 |
Controlled extruder | Yes |
Operating conditions from | |
Ambient temperature, ° C. | 0 ° C to + 50 ° C |
Relative humidity (at + 25 ° C)% | From 0 to 95 |
Mains voltage, B | 380 |
Frequency, Hz | 50 |
Maximum current consumption, A | 25 |
Internal pressure, MPa | 0.5 to ± 0.02 |
Degree of protection | 0.5 to ± 0.02 |
Nominal pressure of test and control medium | 0/4 |
Maximum print speed | Up to 1000 mm / 6 s (10 meters / 1 m) |
Height of a layer is | 12-25 mm |
Layer width | 70-80 mm |
The system of movement is | step gearless |
Material flow | 22-60 l / min |
The maximum size of the unit is | 10 mm |
Printer setup time | 4-6 hours |
Printer removal time | 2-3 hours |
Manning | 2 operators |
Interface Program | Mach3 \ Pumotix |
Open source slicer software | software (Windows) third-party slicers |
Power supply | 32 A, 120 V, 1 phase 60 Hz or 400 V, 50 Hz, 3 phases 32 A |
- Tank 1000 liters
- Feed +Mixer Duo-Mix
- Mobile Silo
- The Hurricane 140 pneumatic transport system
* Manufacturers, as well as models of the specified additional equipment are advisory in nature and can be replaced with similar devices from other manufacturers without losing their functionality.
* The list of recommended equipment is complete for FOREMAN 3D construction 3D printers in the basic configuration.
- Computer
- Control block
- Video recording system
- Optical level
- Crounding
- Lighting
- Tools
- Manual
Dimensions in meters X-width Y-length Z-height | 12 х 24 х 12 |
Controlled extruder | Yes |
Operating conditions from | |
Ambient temperature, ° C. | 0 ° C to + 50 ° C |
Relative humidity (at + 25 ° C)% | From 0 to 95 |
Mains voltage, B | 380 |
Frequency, Hz | 50 |
Maximum current consumption, A | 25 |
Internal pressure, MPa | 0.5 to ± 0.02 |
Degree of protection | 0.5 to ± 0.02 |
Nominal pressure of test and control medium | 0/4 |
Maximum print speed | Up to 1000 mm / 6 s (10 meters / 1 m) |
Height of a layer is | 12-25 mm |
Layer width | 70-80 mm |
The system of movement is | step gearless |
Material flow | 22-60 l / min |
The maximum size of the unit is | 10 mm |
Printer setup time | 4-6 hours |
Printer removal time | 2-3 hours |
Manning | 2 operators |
Interface Program | Mach3 \ Pumotix |
Open source slicer software | software (Windows) third-party slicers |
Power supply | 32 A, 120 V, 1 phase 60 Hz or 400 V, 50 Hz, 3 phases 32 A |
- Tank 1000 liters
- Feed +Mixer Duo-Mix
- Mobile Silo
- The Hurricane 140 pneumatic transport system
* Manufacturers, as well as models of the specified additional equipment are advisory in nature and can be replaced with similar devices from other manufacturers without losing their functionality.
* The list of recommended equipment is complete for FOREMAN 3D construction 3D printers in the basic configuration.
- Computer
- Control block
- Video recording system
- Optical level
- Crounding
- Lighting
- Tools
- Manual
Dimensions in meters X-width Y-length Z-height | 12 х 12 х 9 |
Controlled extruder | Yes |
Operating conditions from | |
Ambient temperature, ° C. | 0 ° C to + 50 ° C |
Relative humidity (at + 25 ° C)% | From 0 to 95 |
Mains voltage, B | 380 |
Frequency, Hz | 50 |
Maximum current consumption, A | 25 |
Internal pressure, MPa | 0.5 to ± 0.02 |
Degree of protection | 0.5 to ± 0.02 |
Nominal pressure of test and control medium | 0/4 |
Maximum print speed | Up to 1000 mm / 6 s (10 meters / 1 m) |
Height of a layer is | 12-25 mm |
Layer width | 70-80 mm |
The system of movement is | step gearless |
Material flow | 22-60 l / min |
The maximum size of the unit is | 10 mm |
Printer setup time | 4-6 hours |
Printer removal time | 2-3 hours |
Manning | 2 operators |
Interface Program | Mach3 \ Pumotix |
Open source slicer software | software (Windows) third-party slicers |
Power supply | 32 A, 120 V, 1 phase 60 Hz or 400 V, 50 Hz, 3 phases 32 A |
- Tank 1000 liters
- Feed +Mixer Duo-Mix
- Mobile Silo
- The Hurricane 140 pneumatic transport system
* Manufacturers, as well as models of the specified additional equipment are advisory in nature and can be replaced with similar devices from other manufacturers without losing their functionality.
* The list of recommended equipment is complete for FOREMAN 3D construction 3D printers in the basic configuration.
- Computer
- Control block
- Video recording system
- Optical level
- Crounding
- Lighting
- Tools
- Manual