Welcome to the World of Grayfield Optical Inc.
SeeNano optical microscopes: White light source, no oil immersion, variable extended depth-of-field, color contrast.
Important News: Release of our Microscope Systems
Update: May 21, 2020
Preparing a New Newsletter
We are currently putting together a newsletter mailing list for everyone that has even contacted us. Once we have completed this, we will be sending out the first newsletter to everyone with regular updates as we approach rollout of the new microscopes. We have received a lot of interest and pre-orders and we have a waiting list for ordering microscopes that currently surpases our first planned year of production. We are therefore looking into ways of ramping up production to a higher level so that we can deliver sooner.
For those who want to jump the queue and obtain their microscope soon after production starts, we have one European customer that pre-ordered some time ago to secure their place in the queue by paying a deposit and now wants to cancel. That place in the queue (#6) can therefore now be reassigned to the first customer that can cover their deposit payment (15,000 €). The order had not defined any specific configuration so you are free to define your microscope as built-to-order. We only have one such cancelation, so the first to pay that deposit, can obtain their microscope significantly faster. Click here to contact us about this one-time offer.
- The development of our microscope systems for marketing is practically complete.
- The certification process is ongoing, delayed due to closure of certification institute due to Covid-19
- Financing of the initial production run is dependant on the supply-chain being available for manufacture.
- We use engineering companies that supply in the German Aerospace Industry to manufacture key-components on demand. Some of these have however not yet reopened due to lack of demand from their key customers, the aerospace industry due to the crisis with the airline industry and severe cutbacks in orders. We are looking at alternatives.
- We welcome offers from other companies to work with us on joint ventures to help us get us started and to help with the marketing of our unique microscopes.
- This project has been hampered by multiple delays for various reasons including the death of the original inventor - Kurt Olbrich - and numerous challenges in the redesign and updating of our microscopes to make them state-of-the-art. The Corona Virus meant components from China have been severly delayed, yet the disease is also an opportunity to highlight the capabilities of these microscopes in medical research.
- Despite unknown delays in manufacturing, we are open for demonstrating our microscope systems at our production facility in Hamburg, Germany (near the airport).
- Contact us to arrange a demonstration of our microscope systems by using the form below to apply for an appointment.
Please note that we are a small company and need to charge a nominal (offsettable) charge of $400 (£300 or 350 €) payable in advance to each group, to cover our own costs (hotel, travel costs, setting up equipment for specific demonstrations, etc). It is payable, once we agree on an appointment date.
This fee does include collection and return to Hamburg airport/rail station/hotel in the Hamburg area, etc. Our manufacturing facilities are located north of Hamburg (Germany) near the airport.
This fee will be fully offset from your invoice, should you purchase a microscope system from us. This fee has to be paid in advance and is otherwise only refundable if you cancel your visit at least three days prior to your appointment.
In the past, we had a lot of people making appointments to come and test our optical microscooes that were simply curious and had no real interest or even funding for purchasing our equipment. While we understand that our microscopes are unique and that many people want to see this for themselves, such visitors have incurrred high costs to us both financially and timewise in the past. As our team is located in both Hamburg and Cologne, we incurr travel and hotel costs ourselves with each visit and these costs have to be recovered in the end through higher prices to our legitimate customers, which made our microscopes unnecessarily expensive.
As the price of our microscope systems has always been an important issue, we have been working hard in the past three years to redesign our systems to make them better and more affordable while maintaining the quality. It therefore made sense to introduce this nominal charge in order to cover our costs for each potential customer. We thank you for your understanding.
Our previous range of Ergonom microscopes, were high quality optical microscopes, yet were lacking the integration with modern electronics. Our engineers in Hamburg, have been creative in integrating the latest electronics to intelligently control both the stage and the objectives allowing for fully computer-controlled operation. For non-biological applications, it is possible to auto-scan the entire object, for example a computer wafer, resulting in a massive gigapixel image with incredible resolution in full color. A working system for this purpose, has already been delivered to a major university in the UK.
Our new microscopes are modular. You can start with the lab system and upgrade it up to a top research microscope.
We previously planned to release two versions, Lab and Pro and that has been changed to one scalable system. Add accessory modules as needed to upgrade for more features.
Instead of a turret, the objectives will be mounted on a horizontal rail system and can be self-centering. You are looking at a sample and want to switch to a higher magnification, the objective is automatically changed and adjusted so that your field of view matches what you were looking at before.
Automated nano-positioning systems will be available to precisely move the slide.
Our SeeNano microscopes are now will have all the optical capabilities of the previous Ergonom series, while adding fluorescence capabilities and realistic pricing.
Unsatisfied with the capabilities of existing light microscopes, it was decided to investigate why the resolution, color contrast and depth of field is so limited. This research led to the discovery of a unique new way of building microscopes which no longer suffered many of the constraints of existing optical theory. We found that by using a different approach to optics and a new mathematical approach, we could build microscopes with a large "cylinder of sharpness" (depth of field) and a true resolution of 100nm, while maintaining full contour sharpness and true colors without the need for staining, oil immersion, etc. This Grayfield Lens System is the basis of all our future optical systems.
The GLS technology has also been used to develop objectives for extreme image reduction, a quantum leap in the nano lithography of critical dimensions that can be used for computer wafer production.