HOTLINE：
ADT-3D-ZP-Printer-Pro
DLP CERAMIC 3D PRINTER - FOR INDUSTRY
Print speed 600-1000 layers/hour
Quick
printer
COMPLETE SOLUTION
1, exclusive efficient feeding system, to achieve ultra-high speed printing:
树脂
The 3D printer is equipped with a new feeding system to achieve a huge breakthrough in printing efficiency, printing speed ≥600 layers/hour. The print size is 130mm×75mm×75mm Zirconia ceramic parts take only 1 hour and 37 minutes.
Zirconia G hedron
牙齿贴面
齿科固定网
电子烟雾化芯
生物支架
Zirconia 3D printing paste
Characteristics: High temperature resistance, corrosion resistance, high hardness, high strengthApplication scenarios: ceramic parts, industrial wear parts, medical equipment, aerospace parts, etc
Micron
accuracy
Jumbo
size
High
compatibility
Customized
service
Complete
solution
Integrate hundreds of thousands of micro-reflectors to create hyperfine model effects while ensuring light uniformity and collimation.
2, 4K high precision resolution, optical accuracy breakthrough 50μm:
3, printable materials, wide application scenarios:
4, a full set of solutions, to provide one-stop service:
Printable ceramic materials include alumina, zirconia, silicon oxide, silicon nitride, silicon carbide, hydroxyapatite, barium titanate, lithium iron phosphate, organic and inorganic composite materials, polymer materials and many other materials.
The team has established a full-service model integrating "equipment products - materials + printing solutions - after-sales technical guidance" to create a one-stop 3D printing solution provider.
APPLICATION SCENARIOS
3D PRINTING CASE
PRINTABLE MATERIAL
DEVICE PARAMETER LIST
Alumina ceramic ring
Silicon carbide M step
Tooth veneer
Dental fixed mesh
Electronic fume core
biological scaffold
Dental crown
dentistry
electronics
new energy industry
handiwork
Industrial parts
atomizing core
structural ceramics
material research
Alumina 3D printing paste
Silica 3D printing paste
Hydroxyapatite 3D printing paste
Silicon carbide 3D printing paste
Silicon nitride 3D printing paste
Characteristics: High temperature resistance, corrosion resistance, high hardness, high strength and chemical stability
Application scenarios: Electronics, machinery, life sciences and medical devices
Features: High hardness, high strength, corrosion resistance,
Capable of making complex structures
Application scenarios: micro machinery, biomedical instruments, energy equipment, nanofilters and nanosensors
Characteristics: High hardness, high strength, biocompatibility, can promote bone tissue growth
Application scenarios: bone tissue regeneration, dental medicine, medical simulation model, drug slow release materials
Characteristics: High hardness, high strength, high wear resistance, high temperature stability and chemical stability
Application scenarios: Hard ceramic products, bearings and seals, energy storage devices, nanofilters and nanosensors
Characteristics: High hardness, high strength, high wear resistance, high temperature stability and chemical stability
Applications: Hard ceramic products, optical devices and optical fibers, solar panels, semiconductor manufacturing and surface coatings
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