Overview
Featuring a large build volume and the unique capability of 3D printing both advanced ceramics and metals on one machine. The Admaflex 300 is ideal for many demanding applications including mass-production of silica shells and cores for high precision casting.
Feature
The Admaflex 300 has an extremely stable machine concept for production, capable of handling feedstocks with a broad range of viscosities. The printer is available with build volumes up to 260x220x520 mm. It is designed to meet the demands of customers using the Admaflex Technology for example for investment casting applications.
Feature
The Admaflex 300 has an integrated high-volume material handling system with automatic vision controlled dosing to enable 3D printing of large components. It is designed to effectively handle materials with high viscosity, normally associated with ceramic slurries, enabling high reliability and speeds for continuous high-throughput and high volume production. Our feedstock system is patented with US patent number 11,141,909. This innovative system also enables efficient feedstock management by reusing the excess material.
Benefits
Feature
The Admaflex 300 is designed with a modular concept, to accommodate all future developments. The machine can be configured with resolutions and building volumes that meets your requirements.
Benefits
Feature
The Admaflex 300 is an open system that provides full control of the printing process, with ability to customize and optimize parameters before and during the printing process. Printjobs with settings can be prepared and stored on a centralized data server and sent to the printer. For traceability of the printing process, logfiles are stored automatically. The machine opens up the opportunity to use commercial available materials and the flexibility to develop own materials. A unique standard software feature is the “multi-part printing”, that enables you to control light exposure settings for each individual layer and for each individual part, speeding up your development.
Benefits
Feature
The vision-based, in-process quality monitoring system is an excellent feature for full traceability of the printing process. All relevant production data are stored with documented proof of the printing process. The monitoring system allows the user for example to partially stop adding layers to a defected part to allow the successful finalization of all remaining products. Real-time video capture and time-lapse recording are standard features of the monitoring system. When connected to your company network, via any laptop or desktop PC, you can have remote access to the machine and monitor the process real time.
Benefits
| Technology | Digital Light Processing (DLP), also known as Vat Photo Polymerization (VPP), or stereo Lithography based Ceramic Manufacturing (LCM) and stereo Lithography based Metal Manufacturing (LMM) |
| Printing build volume (X,Y,Z) | various options available, maximum capacity: 260 x 220 x 520 mm | 10.24 x 8.66 x 20.47 inch |
| Layer thickness | 10 – 200 µm, depending on material type |
| Build speed | Up to 300 layers per hour |
| Wall thickness | 0.1 – 10 mm in alumina |
| Material container volume | 1200 ml |
| Build platform fixture | zero-point clamping system |
| Machine dimension (WxHxD) | 1282 x 1900 x 1000 mm | 50.47 x 74.80 x 39.37 inch |
| Weight | ca. 650 kg | 1433 lbs |
| Required working temperature | 22 +/- 2°C |
| Required working humidity | < 40% |
| Connectivity | Ethernet, USB |
| Power requirements | 110 / 230 V |
| File compatibility | SLC, STL |
| Final product density | Technical ceramics > 98.5% – 99.8%* Metals > 96% – 99%* *depending on sintering curve |
Process
Admatec supplies solutions for 3D printing, debinding and sintering, and provides training to help customers achieve the best results during each step of the process.
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