DME - Danish Micro Engineering A/S is one of the oldest manufacturers of Scanning Probe Microscopes (see History of DME) and since 1989 active in nanotechnology.
Our instruments are characterized by the simplest possible operation combined with the capability for a high throughput. When it comes to new developments, we take great care to secure that the instruments will not "feel" like a prototype afterwards. Naturally, also new developments are supported by a corresponding software. Take cantilever change as an example: For our DS 95-AFM exchanging the cantilever takes only some seconds. Adjustment and approach are fully automatic and optionally we also offer a full automatic cantilever changer. Furthermore, all our AFM scanners has a built-in optics which facilitates the location of a specific place on the sample surface. Both guarantee effcient work and a high throughput.
Our instruments are characterized by an optimal combination of mechanics, electronics and software. Only by in-depth harmonization of all three components a good scanning probe microscope can be obtained. Our developers work interdisciplinary: To make a good control software the developer must for example have also a deep understanding of mechanics and electronics. In the same manner the mechanical development process must consider how the electronics and software will later control the system. Actually, the real power of our team of developers lies in the interdiciplinary work and the permanent overview of the whole concept.
All main parts of our Scanning Probe Microscopes are of our own manufacture; this includes the piezo motors for approach, the electronics, our software, and naturally our mechanical design. This has the advantage that we are able to quickly make modifcations in all parts of the instruments, should a certain application require such.
All of our products are individually configured to meet the customer requirements. The application is always in the foreground, not the instrument. We have a series of Standard products that can be seen as a kind of starting point. If our product palette does not to 100 per cent cover the application, we will modify the instrument, and not the application. In a complex area like nanotechnology this is quite often needed, otherwise the performance will much lower than possible. Our experienced team can handle even the development of a fully new construction in accordance with the customers specifications. For special applications we are in close dialog with our customers to find out the best solution and also how to realize it in the shortest possible time frame.
An example of a customer specified new construction is the UHV-Raman-STM System shown above. The system includes a semi plane parabolic mirror as well as sample and tip exchange mechanisms (there is a separate page describing it). The parabolic mirror for focusing is placed on a self developed, UHV compatible, 5 axis manipulator with sub micron step size. Another example is a high temperature AFM (CAHT-AFM), which works at temperatures up to 800°C (right side, above).
Dr. Yitong Dong
Dr. Yitong Dong has recently been awarded funding to study custom composite nanocrystals, which could help to create advanced quantum communication technologies. Learn more about this project in this interview.
Roey Elnathan, Ph.D.
We take a closer look at the fusion of nanotechnology and CAR-T therapy through our interview with Dr. Roey Elnathan about a new approach that harnesses the capabilities of nanoneedles to efficiently deliver genetic materials to target cells.
In this interview, Laura-Isabelle, the Director of Sales at Photon etc., talks to AzoNano about how spectral imaging can help improve the next generation of solar cells.
The Verifire™ interferometer system provides fast and reliable measurements of surface form error.
Discover the compact, fast rotary table V-610 for precision testing and manufacture.
The Diamond Interaction Chamber (DIXC) is integral to the NanoGenizer high-pressure homogenizer.