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3DUJ-553 Specifications
Specifications
| Item | 3DUJ-553 | |
|---|---|---|
| Modeling method | UV curable inkjet | |
| Available color number | Full color More than 10 million different colors |
|
| Print head | On-demand piezoelectric print head (8 head inline) | |
| Ink | Type/Color | Modeling ink: MH-100 (C, M, Y, K, White, Clear) Modeling ink: MH-110 (Pure Clear) Support material ink: SW-100 |
| Tank volume | C, M, Y, K: 3L White, Clear, Pure Clear, Support material: 5L |
|
| Supply style | C, M, Y, K: 1L bottle White, Clear, Pure Clear, Support material: 4.8L bottle |
|
| Available modeling area (W × D × H) | 508 × 508 × 305 mm (20 × 20 × 12 in) *1 | |
| Load capacity (Weight of modeled object) | 70 kg (154.3 lb) or less *1 | |
| Minimum layer pitch | 20 μm | |
| 3D data format | STL, OBJ, VRML, PLY, 3MF | |
| Software (Standard accessories) | Layout software [Mimaki 3D Link] | |
| Interface | Ethernet 1000BASE-TX | |
| Power supply | Single phase AC 100-120V/220-240V±10%, 50/60Hz±1Hz x3 | |
| Power consumption | Printer | 1300 W or less |
| External PC | 300 W or less | |
| Touch panel | 30 W or less | |
| Safety standard | VCCI Class A / FCC Class A / Compliant with UL60950, ETL / CE Marking (EMC, Low Voltage Directive) / CB Report / RoHS / REACH |
|
| Installation environment | Temperature | 15 – 35 °C (59 – 95 °F) |
| Relative humidity | 35 – 60 %Rh (Non condensing) | |
| Recomended Temperature | 20 – 25 °C (68 – 77 °F) | |
| Dust | Places without mine dust (Dust amount 0.15mg/m³ or less) *2 | |
| Dimensions (W × D × H) | 2,250 × 1,500 × 1,550 mm (88.6 × 59.1 × 61.0 in) | |
| Weight | 600kg (1322.8 lb) | |
*1: including support materials
*2: 0.15mg/m³ or less...The numerical value of the dust quantity equivalent to the office specified by the Building Standards Act of Japan.
* Specifications, designs and dimensions stated in this list may be subject to change without notice due to technical improvement etc.
Modeling method
Applied UV curable inkjet
3D printer [3DUJ-553] employing the [UV curing inkjet method], which performs modeling with UV ink (CMYK, White, Clear) printing, curing and piling layer by layer. Coloring is not by post processing but by modeling with color inks, which can produce an object of exquisite full color representation.
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Ink firing → Curing by UV lamp
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Ink firing → Flattering surface by roller → Curing by UV lamp
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After one layer print, the table goes down by that layered difference to keep printing.
Modeling method
UV LED is applied as the curing light source
The UV LED of curing source exerts less heat effects to object and no loss time of lighting-up. Long life and power saving can reduce the running cost.
Modeling method
Layering & coloring method
Modeling the sliced data of 3D object by a simultaneous print of color ink and support material ink.
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Sliced 3D data
3D data: STL, OBJ, VRML, PLY, 3MF -
Print layer by layer to accumulate
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Print is finished.
After removal of support material, the object is completed.
Secured operation support function
The world's first equipment (*1)
1. Equipment of the [Ink circulation print head] prevents the nozzle clogging
Stable ink firing by the equipment of [Ink circulation print head] for circulating of ink to prevent the ink pigment sedimentation. And this ink circulation system can remove air bubbles causing the nozzle clogging.
The world's first equipment (*1)
2. [NCU (Nozzle Check Unit)] = Automatically detect and solve clogged nozzles
[NCU] detects automatically the nozzle status by infrared sensor. When it finds a nozzle clogging, NCU performs the auto-clean to eliminate it.
3. Inner camera to watch modeling process
[Inner camera] is mounted for 3D printer operation and modeling process check from remote area.
Inner camera
3D modeling workflow
3D data preparation
3D data makingBy 3DCG Software, 3DCAD Software, Scan data capturing.
Color adjustment is NOT necessary.
Color adjustment is necessary.
Color check by [Photoshop] + [MPM3] on the monitor.[MPM3] is an option.
Data error check and modification by dedicated software.Data processing, if desired.
Print preparation
Data layout with Mimaki layout software, [Mimaki 3D Link],
and transmit the job data to the main unit.
[Mimaki 3D Link] is supplied as the standard accessories.
Data printing
Modeling by 3D printer, [3DUJ-553]
Removal of support material by soaking the object in water.
Post-processing such as varnishing, if desired.
Completed.
Inquiry
Mimaki full color 3D printer [3DUJ-553] applied the UV curable inkjet system utilized Mimaki's original technology, which was amassed in our development and manufacturing for inkjet printers of professional use during a long period.
To learn more about our products, specifications and quotation, please contact below.
*1: Survey as of August, 2017 by Mimaki Engineering