LASER SYSTEM | ||
Laser Type: | DPL Nd:YVO4 | |
Wave Length | 355nm | |
Power Consumption | ≥300mW | |
RECOATING SYSTEM | ||
Re-coating method: | Intelligent positioning Vac-sorb re-coating | |
Ordinary Layer Thickness | 0.1mm | |
Rapid Layer Thickness | 0.15mm | |
Precise layer thickness | 0.05mm | |
OPTICAL & SCANNING | ||
Light spot: | 0.06-0.8mm（adjustable） | |
Scanner: | Germany OptoWave | |
Max scanning speed: | 15.0m/s | |
ELEVATOR SYSTEM | ||
Resolution | 0.0005mm | |
Positioning resolution: | ±0.01mm | |
Controlling system: | Ethercat bus, high-accuracy encoder servomotor | |
RESIN VAT | ||
Resin minimum requirement: | 440kg | |
Material | UV Resin | |
Printing Size: | 800mm(X)×800mm(Y)×500mm(Z) | |
SOFTWARE | ||
Operating software | BRZ-Printing software | |
Slicing Software: | Materialise Magics | |
Operating System: | Windows 10 | |
Network protocols: | Ethernet，TCP/IP | |
RUNNING CONDITION | ||
Power Requirements: | 200-240VAC 50/60Hz, Single-phase,10A | |
Power Consumption | 1.5KVA | |
Temperature requirement: | 20-26ºC | |
Humidity requirement | ＜ 40%，Frostless | |
Equipment Dimension: | 1650*1550*2250mm | |
Equipment Weight: | 900kg | |
Features of Brozan Large Industrial 3D Printer
1. Big and stable
It has a super-large-format printing size, is equipped with high-end optoelectronic devices, and combines the efficient and stable control scheme developed by itself to control the overall printing process and ensure printing stability.
2. Fast and accurate
Using variable spot technology, the contour adopts a small spot to ensure accuracy and surface quality; the filling uses a large spot to ensure efficiency. Equipped with dual laser heads, high-quality scanning process parameter package, realizes intelligent and fast scanning, which can greatly improve printing efficiency and accuracy.
3. High-precision layer thickness
At the same time, she can print and produce precise mold samples with a layer thickness of only 0.05mm, so that the mold has high-precision characteristics and smooth side walls.
4. Automatic calibration
The principle of precise positioning is adopted to avoid difficulties in the design and use of large-area calibration plates. It can greatly improve the accuracy and flexibility of automatic calibration.
5. Precision splicing
The precise cross stitching algorithm is adopted to ensure the strength of the stitching part and the accuracy of the entire part. The stitching is smooth and seamless, and the size of the stitching parts is accurate.
6. Aluminum alloy scraper
The aluminum alloy scraper holder ensures the strength and dimensional stability of the entire scraper body while reducing the weight of the entire scraper.
7. Marble coating platform
The XY platform is the first to use split marble as the substrate, with no deformation, high precision, light weight and convenient adjustment.
8. Small footprint
3D printers have always used ultra-thin body design technology to save more space for users.
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