Wiiboox M600 FFF
Wiiboox M600
FFF Industrial Grade 3D Printer
High Accuracy, Huge Build Volume, Various Filament Compatible
Industrial Manufacturing FFF 3D Printer
Wiiboox Industrial Grade 3D Printer
Huge Build Volume
Liquid-cooled Dual Nozzle
Various Filament Compatible
High Accuracy
High Speed Liquid-cooled Dual Nozzle
Wiiboox M600 is equipped with a high-speed liquid-cooled dual nozzle, of which temperature could be up to 450 ° C. It supports a variety of filaments, including water-soluble support filament and high-strength carbon fiber filament. The wear-resistant corundum nozzle greatly prolongs the life of the nozzle in printing high-strength materials such as carbon fiber, and at the same time ensures the printing accuracy for long-term production.
Forming Room with High Temperature and Huge Build Volume
Breaking through the traditional restrictions, M600 can print 400mm*400mm*600mm large objects in a cavity that can reach a temperature of 140℃ ensuring the integrity of the print. At the same time, M600’s precise control system for the temperature in the cavity can make the local temperature difference less than 5℃, provide a good molding environment for the printing of high-performance engineering plastics, and greatly assure the success of printed parts.
Vacuum Adsorption Plate
The vacuum plate of M600 is equipped with the corresponding bottom film for different printing materials. The warping deformation at the bottom of the printed part is avoided, and taking the prints off the plate easily can be realized, which avoids the trouble that the high-temperature material is too tightly stuck to the plate.
High Accuracy Components
High-precision servo motors, grinding-grade ball screws and guides, imported timing belts, and high-strength steel frames. Assuring best performance, the stability of the equipment during long-term production is guaranteed.
Material of Support
The M600 stably supports the industrial line of Polymaker Industrial’s industrial materials, including nylon and polycarbonate.
| Material | Type | Description | Features |
|---|---|---|---|
| Polycarbonate (PC)series |
C501 | Polycarbonate (PC) |
Outstanding heat resistance, high light transmittance, formula design suitable for 3D printing |
| C515 | Flexible Polycarbonate (PC) | Outstanding toughness and interlayer adhesion, formula design suitable for 3D printing |
|
| C515FR | Flame Retardant Polycarbonate (PC) | UL94V-0 flame retardant rating | |
| Polylactic acid (PLA) series |
L1001 |
High-quality polylactic acid (PLA) with patented anti-blocking technology (Jam-Free ™) developed by Polymaker |
Excellent printing performance, biodegradable, low cost |
| L3001 | Polylactic acid (PLA)with high toughness | Extremely tough, excellent printing performance | |
| L3003 | Polylactic acid (PLA), with high rigidity and high toughness | High toughness and stiffness, excellent printing performance | |
| L7001 | Polylactic acid (PLA)with high toughness | Special surface texture and density are 30% -40% lower than ordinary polylactic acid (PLA) |
|
| Polyamide (PA) series |
N703CB |
3D printing material developed based on PA 6/66 copolymerwith outstandingheat resistance, mechanical propertiesand printing properties |
Outstanding mechanical properties and excellent heat resistance |
| N703CB-RK | PA 6/66 copolymer 3D printed material reinforced with nano-clay, has good dimensional stability and stiffness |
Nanoclay reinforced, significantly improved stiffness and dimensional stability | |
| N712 | 3D printing materials based on PA12 | Minimal residual stress and excellent printing performance, insensitive to humidity |
|
| N600 | 3D printed materials based on PA 6 with outstanding mechanical and thermal properties |
Outstanding mechanical properties, excellent heat resistance, and high cost performance |
|
| N600GF25 | 3D printing material developed based on glass fiber reinforced PA 6 | Outstanding heat resistance and dimensional stability, high cost performance | |
| N600CF20 | 3D printing material developed based on carbon fiber reinforced PA 6 | Outstanding heat resistance, significantly improved strength and dimensional stability |
|
| Materials of support |
SU301 | Suitable for water-soluble 3D printing support materials such as PLA, PA, PVB | Water-soluble, suitable for materials such as PLA, Nylon and PVB |
| S02N | Alcohol-soluble 3D printing support material for PA12 and other PA series products |
Soluble in alcohol | |
| S01 | Suitable for easily peelable 3D printing support materials such as PLA | Suitable for PLA and other materials, direct peeling, easy to remove | |
| Special materials | SP701 | Polishable 3D printing material based on polyvinyl butyral (PVB) |
Together with Polysher ™ developed by Polymaker, it can make the prints have a smooth surface texture. |
| SP801C | 3D printed materials developed for traditional investment casting | With Polysher ™ developed by Polymaker, it can make the prints have smooth surface texture and extremely low ash content (~ 0.003%) |
|
| ABS01 | 3D printing materials based on ABS, with excellent printing performance and less printing odor |
Excellent printing performance, only a small amount of odor is released during printing, and low cost |
|
| TE100 | 3D printing material based on thermoplastic polyester elastomer (TPEE), hardness is 40D |
Outstanding print performance | |
Customer Cases
Wiiboox M600 3D printer which applied in many fields , support multiple of filaments .
Material : PLA(Polylactic Acid )
Size : 220X220X100mm
Craft : Fused Filament manufacturing
Material properties : PLA material is biodegradable ,low cost ; and they have extremely high toughness and stiffness , Strong plasticity , High molding rate
Material : ABS
Size : ≤ 300x300x400mm
Craft : Fused Filament manufacturing
Material properties : TPU flexible consumables have good resilience, resistance to bending and twisting, high gloss, resistance to grease and abrasion, suitable for slow printing.
Material : PVA( polyvinyl alcohol )
Size : ≤ 300x300x400mm
Craft : Fused Filament manufacturing
Material properties : Nylon consumables have high toughness, rigidity, and impact resistance, and are suitable for printing workpieces with high requirements for fatigue resistance, such as reused buckles and friction fit inserts .
Printing Filament: PC (Polycarbonate)
Printing Size: 100*65*40mm
Craft : Fused Filament manufacturing
Material properties : PC consumables are high hardness, toughness, impact resistance, high light transmittance and transparency, and good gloss; and they are resistant to high temperatures and ultraviolet rays and easy to store.
Specifications
| Printing Size (mm) |
Single Nozzle：450*400*600mm；Dual Nozzle：400*400*600mm |
| Machine Size |
1300*800*1986 mm (Upper light assembled) |
| Packing Size |
1600*1000*2000 mm |
| Net Weight |
400 kgs |
| Voltage |
200-240VAC, 50/60Hz |
| Current |
16A |
| Print Technology |
Fused Filament Fabrication (FFF) |
| Framework |
Steel Frame |
| Building Plate Temperature |
0~160 ℃ |
| Chamber temperature |
0~140 ℃ |
| Nozzle Size |
Standard 0.4mm, Optional: 0.2/0.6/0.8/1.0mm |
| Nozzle Temperature |
0~450℃ (Water Cooling Extruder) |
| Number of Extruders |
Single/Dual |
| Layer Thickness |
0.2mm nozzle: 0.02mm to 0.15mm |
| Filament Diameter |
1.75mm/2.85mm |
| Filament Material Options |
ABS/PLA/PC/PA/TPU/PVA/PEEK/ULTEM |
| Building Plate |
Vacuum Adsorption |
| Printing Speed |
0~200mm/s |
| Travel Speed |
0~200mm/s |
| X/Y/Z axis Motor |
Servo Motor |
| Positioning Resolution |
X/Y axis ：2 micron |
| Printing Accuracy |
0.1mm |
| Print Preparation |
Simplify 3D |
| Input File Type |
STL/OBJ |
| Operation System |
Windows/Mac OS/Linux |
| Output File Type |
G-code |
| HMI |
7″ touch screen |
| File transfer |
USB/Ethernet/WIFI |
| Screen |
1024*600 |
| Connectivity |
“USB2.0*1/Ethernet/WIFI” |
| Camera |
Yes |
Contact Us
| Ludrick Barnard | |
| +27(0)82 780 7305 | |
| info@wiiboox-sa.co.za | |
| Physical Addresses | |
| The Imperative Centre, 1st Floor, Kara Place, Block F, Olive Grove Industrial Estate, Old Paardevlei Road, Somerset West |
|
| Unit D4, The Studio Office Park Ateljee Street Randparkridge |
|