Product Equipment

DLP Ceramic 3D Printer-Standard

1.Ultra-fast: 700 layers per hour (alumina), accelerating R&D and production.
2.High printing success rate: Upright sinking forming method and peristaltic filter feeding system.
3.Multi-material compatibility: Capable of printing various ceramic materials to meet diverse research needs.
4.Simplified printing process: Built-in material process parameter package for one-click printing.
5.Comprehensive software features: Includes photo, video, and algorithm correction functions.

DLP Ceramic 3D Printer For Laboratory

1.High viscosity compatibility: Precision scraper ensures smooth leveling, accommodating high-viscosity ceramic materials.
2.Material savings: Dual-cylinder hopper structure requires only 80mL to start printing.
3.High optical precision: 1080P UV light source, with optical distortion ≤0.1%, achieving optical precision up to 25μm.
4.High printing success rate: Upright sinking forming method effectively prevents "pulling," ensuring a higher success rate.

DLP Ceramic 3D Printer for Industry

1.Large printing area: Maximum print size of 288 x 162 mm, meeting industrial large-format requirements.
2.High printing efficiency: 600 layers per hour (alumina), ensuring industrial printing efficiency.
3.High printing precision: Optical precision up to 50μm, satisfying high-precision printing needs.
4.High material utilization: Peristaltic filter feeding system significantly reduces the material required for each print.

DLP Ceramic 3D Printing Equipment

1.Equipped with a 1080P UV light source, with optical distortion ≤1% and optical precision as low as 50μm.
2.The device requires only 20mL to start printing, saving R&D costs.
3.The platform features screws and compression springs for secondary fine leveling, enhancing printing accuracy and success rate.
4.Supports 8x anti-aliasing functionality, effectively reducing edge jaggedness.
5.Precision scraper ensures smooth leveling, compatible with various high-viscosity ceramic photopolymer slurries.

Adventure Technology

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Contact Information

Contact: 86 16675199919 (Miss Liu)

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E-mail: liuchunmei1@adt-qy.com

Address

Shenzhen Address: Room 120, Park 1, Overseas Students Pioneer Park, Longgang District, Shenzhen City, Guangdong Province Foshan Address: 304-1, Building A, No. 92, Yanbu Sui Yanxi Road, dali town, Nanhai District, Foshan City, Guangdong Province

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