AnMo Electronics Dino-Lite AM211 Driver
Where can I download Dino-Lite microscope software and updates? You can download all . Is there more information on the Dino-Lite microscope products? Dino-Lite Edge / MP 安鵬科技(股)有限公司 著作權所有 Copyright © AnMo Electronics Corporation. All rights by JH Creative Missing: AM AnMo Electronics Dino-Lite AM, Dino-Lite AM, Dino-Lite AM driver. AnMo Electronics Windows 7 Drivers. (Digital Microscope.
|Supported systems:||Windows 10, Windows 8.1, Windows 8, Windows 7, Windows 2008, Windows Vista|
|Price:||Free* [*Free Registration Required]|
AnMo Electronics Dino-Lite AM211 Driver
Dino-Lite Digital Microscope
AnMo Electronics Dino-Lite AM211 The catalyst and activator mixtures were finalised for the research of jetting of nylon based on commercial concentrates range, and therefore printheads are limited in jetting func- supplied from Brueggemann Chemical GmbH. C10 as the tional polymers due to their long and entangled molecular catalyst with its matching activator, C20P, was diluted in chain [2, 8]. C20P was AnMo Electronics Dino-Lite AM211 of droplet. Inkjet technology could fill these require- ments with nylon 6, an engineering plastic already used in 2.
However, the melt of nylon 6 cannot be jetted due to its high viscosity. The printhead, having nozzles nylon 6with the aim to manufacture nylon 6.
For each of the two reactive mixtures, jetting assemblies, the two materials are mixed and then a jetting assembly was made to avoid any pre-jetting reaction receive radiation heating to initiate an anionic polymerisa- and subsequent clogging of the printhead. The assemblies tion AnMo Electronics Dino-Lite AM211 the substrate typically aluminium or glass as Fig.
Dino-Lite AM microscope
With this concept, polymerisation could control, printhead with heaters, mount plate, fixtures and tub- create a solid layer before fabricating the next layer in an ing. The filtration unit contained a 25 mm diameter filter additive approach. The printhead was heated tures have been investigated AnMo Electronics Dino-Lite AM211 parallel research .
A stable range of parameters have been AnMo Electronics Dino-Lite AM211, and this paper re- ports the droplet formation characteristics of the finalised set of mixtures. The droplet analysis covers characteristics such as size, shape and kinetics in order to choose the appropriate set of jetting parameters for the deposition AnMo Electronics Dino-Lite AM211. In addition, the interaction between the melt and the actuating nozzle and droplet formation instabilities are discussed.
Images from into the melt supply unit. The pneumatic pressure filled the printhead with melt; and as soon as 2.
The dynamic viscosity of caprolactam from AnMo Electronics Corp. The catalyst nozzle plate. Caprolactam formed a stable jet with voltages above The AnMo Electronics Dino-Lite AM211 mixtures, however, needed a minimum voltage of Figure 2 shows a stable trial with jets of the catalyst mixture, and the results for the jet stability of the reactive mixtures are shown in Fig.
Similar stable ranges of parameters were achieved for a single jet with both the activator and the catalyst mixtures. Jetting frequency did not affect the jet stability as the jetting voltage and the vacuum level were the main factors .
KnowledgeBase & FAQs
Although caprolactam dominated the reactive mixtures, sys- tematic jetting trials showed that the jet array stability behaviour with the catalyst AnMo Electronics Dino-Lite AM211 was not as repeatable . This was Fig. AnMo Electronics Dino-Lite AM211 to the concern over the were varied from The high-speed mixture, jetting trials with this mixture was carried out after 1, camera was able to record about 3 s of each trial, in which 2, 3 and 4 ml of melt was purged through the printhead, known a single nozzle was actuated continuously.
The images were here as melt supply levels. Results showed the melt supply level analysed to characterise the meniscus oscillation at the start had no effect on jet array stability.
Dino-Lite AM User Manual - Page 1 of 14
The droplet individually deposited droplets at different melt levels shape evolution, droplet size AnMo Electronics Dino-Lite AM211 velocity were quantitative- . Figure 4 shows microscopic images of two consecu- ly analysed. For the droplet velocity, the distance that the tively deposited droplets at each melt supply level.
Image droplet centre travelled was determined from two consecu- analysis was used to quantitatively study the microcrystals. The characterisations were undertaken levels, and that they were relatively consistent. Jetting voltage and frequency 3. However, droplets were formed with Jetting frequency was found to have no significant effect on the droplet formation and AnMo Electronics Dino-Lite AM211 reliability.
Figure 5 shows an activa- tor mixture droplet being formed at the start of a trial.