MiiCraft provides users with a variety of materials for different application scenarios, such as impact and compressive strength, tough and durable materials. The printed parts can be used directly and have good performance.
MiiCraft provides customers with precise and stable printing quality to facilitate mass production of products. The ultimate resolution and high-precision optical engine can print incredible complex shapes, curved circular holes, and other product details.
From prototype design to functional terminal components, you can now easily print terminal components in just a few hours. Stable printing quality and faster printing speed ensure more efficient production. Reduce the initial research and development costs, and accelerate the speed of product innovation iteration.
Industrial solutions
MiiCraft industrial solutions provide reliable parameters and stable printing materials
No. Model resin printing parameters post-processing model image 1Profession 250BV-023 Layer thickness: 100um Speed: slow curing time: 13.5s Gap: 0mm Base curing: 35s Number of base layers: 1 Buffer layer: 6 Washing: Alcohol curing Energy: 30mw/cm2 Post curing time: 600s
2Profession 250BV-023 Layer thickness: 100um Speed: slow curing time: 13.5s Gap: 0mm Base curing: 35s Number of base layers: 1 Buffer layer Layer: 8 Washing: Alcohol post curing Energy: 30mw/cm2 Post curing Time: 600s
3Profession 250BV-023 Layer thickness: 100um Speed: Slow curing Time: 13.5s Gap: 0mm Base curing: 35s Number of base layers: 1 Buffer layer: 10 Washing: Alcohol post curing Energy: 30mw/cm2 Post curing Time: 600s
4Ultra 150BV-022 Layer thickness: 100um Speed: Slow curing Time: 13.5s Gap: 0mm Base curing: 35s Number of base layers: 1 Buffer layer: 10 Washing: Alcohol post curing energy: 30mw/cm2 Post curing time: 600s
5Lesson 250BV-022 Layer thickness: 50um Speed: Normal curing time: 2s Gap: 0 Base curing: 15s Number of base layers: 1 Buffer layer: 4 Washing: Alcohol post curing energy: 30mw/cm2 Post curing time: 600s
6Lesson 250BV-022 Layer thickness: 50um Speed: Normal curing time: 2s Gap: 0 Base curing: 18s Number of base layers: 1 Buffer layer: 4 Washing: Alcohol post curing energy: 30mw/cm2 Post curing time: 600s
7Lesson 250BV-022 Layer thickness: 100um Speed: Normal curing time: 3.5s Gap: 0 Base curing: 18s Number of base layers: 1 Buffer layer: 4 Washing: Alcohol post curing energy: 30mw/cm2 Post curing time: 900s
8Lesson 250BV-022 Layer thickness: 100um Speed: Normal curing time: 3.7s Gap: 0 Base curing: 18s Base layer Number: 1 Buffer layer: 4 Washing: Alcohol post curing Energy: 30mw/cm2 Post curing time: 900s
9Lesson 250BV-022 Layer thickness: 100um Speed: Normal curing time: 3.4s Gap: 0 Base curing: 16s Base layer number: 1 Buffer layer: 4 Washing: Alcohol post curing Energy: 30mw/cm2 Post curing time: 600s
10Lesson 250BV-022 Layer thickness: 100um Speed: Slow curing time: 2.5s Gap: 0 Base curing: 15s Base Bottom layer: 1 Buffer layer: 4 Washing: Alcohol curing energy: 30mw/cm2 Post curing time: 600s
11Lesson 250BV-022 Layer thickness: 100um Speed: Slow curing time: 2.5s Gap: 0 Base curing: 20s Base layer number: 1 Buffer layer: 8 Washing: Alcohol curing energy: 30mw/cm2 Post curing time: 600s
12Lesson 250BV-022 Layer thickness: 100um Speed: Slow curing time: 2.5s Gap: 0 Base curing: 1 5s Base layer: 1 Buffer layer: 6 Washing: Alcohol curing energy: 30mw/cm2 Post curing time: 900s
13Ultra 125BV-022 Layer thickness: 50um Speed: Slow curing time: 1.2s Gap: 0 Base curing: 15s Base layer: 1 Buffer layer: 4 Washing: Alcohol curing energy: 30mw/cm2 Post curing time: 300s
14Ultra 150BV-022 Layer thickness: 50um Speed: Slow curing time: 1.5s Gap: 0 Base curing: 15s Base Bottom layer: 1 Buffer layer: 4 Washing: Alcohol post curing energy: 30mw/cm2 Post curing time: 600s Total number of layers: 820 Time: 4hr30
15 Ultra 150BV-022 Layer thickness: 50um Speed: Slow curing time: 1.4s Gap: 0 Base curing: 12s Base layer: 1 Buffer layer: 4 Washing: Alcohol post curing energy: 30mw/cm2 Post curing time: 480s
16 Ultra 150BV-022 Layer thickness: 50um Speed: Slow curing time: 1.4s Gap: : 0 Base curing: 15s Number of base layers: 1 Buffer layer: 4 Washing: Alcohol post curing Energy: 30mw/cm2 Post curing time: 300s
17Teaching 250BASF X004M Layer thickness: 50um Speed: Slow curing time: 3.6s Gap: 0 Base curing: 18s Number of base layers: 1 Buffer layer: 4 Washing: Alcohol post curing Energy: 30mw/cm2 Post curing time: 900s
18Teaching 250BASF X004M Layer thickness: 50um Speed: Slow curing time : 3.6s Gap: 0 Base Curing: 18s Number of Base Layers: 1 Buffer Layer: 4 Washing: Alcohol Post Cure Energy: 30mw/cm2 Post Cure Time: 1200s
19Lesson 250BASF X004M Layer Thickness: 50um Speed: Slow Cure Time: 3s Gap: 0 Base Curing: 15s Number of Base Layers: 1 Buffer Layer: 10 Washing: Alcohol Post Cure Energy: 30mw/cm2 Post Cure Time: 600s
20Lesson 250BASF X004M Layer Thickness: 50um Speed: Slow Slow curing time: 2.8 seconds Gap: 0 Base curing: 15 seconds Number of base layers: 1 Buffer layer: 8 Washing: Alcohol curing Energy: 30mw/cm2 Post curing time: 600 seconds Total number of layers: 440 Time: 2 hours 20
View how we use the printing chain to lift the mold:
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