
( Brand: Sutter Instrument Company ), ( Manufacturer Part Number: DG4/DG5 ), ( Model: DG-4 ), ( Part Type: Instrument Lambda Light Adapter Guide ), ( Country/region Of Manufacture: United States )
The Lambda DG4 Light DG5 Microscope Adapter DG-4 by Sutter is a remarkable accessory designed to enhance the functionality of your optical microscope. This adapter, engineered with precision and elegance, seamlessly integrates the DG4 and DG5 light sources into your microscope setup, offering unparalleled flexibility and high-quality illumination.
Crafted by Sutter, a renowned name in the microscopy industry, this adapter is an embodiment of quality and reliability. The Lambda DG4 Light DG5 Microscope Adapter DG-4 is a versatile tool that caters to a wide range of applications, from basic research to advanced imaging techniques.
The adapter features a robust and sturdy design, ensuring stability and durability under intense usage. It is designed to accommodate both DG4 and DG5 light sources, offering users the freedom to choose the lighting solution that best suits their specific needs. The DG4 light source offers a balanced illumination for traditional brightfield and darkfield microscopy, while the DG5 light source delivers high-intensity light for fluorescence microscopy.
The Lambda DG4 Light DG5 Microscope Adapter DG-4 is easy to install and use, with a user-friendly design that minimizes setup time. It is compatible with a wide variety of microscopes, making it an ideal choice for both research institutions and educational settings.
In conclusion, the Lambda DG4 Light DG5 Microscope Adapter DG-4 by Sutter is more than just an adapter; it is a powerful tool that expands the potential of your microscope, offering superior illumination and versatility. Whether you are a seasoned researcher or a budding scientist, this adapter is an indispensable addition to your microscopy setup.
The Lambda DG4 Light DG5 Microscope Adapter DG-4 Sutter is a versatile and high-performance accessory for microscopy applications. Here are some pros and cons to consider before making a purchase:
Pros:1. Wide Compatibility: This adapter is compatible with a variety of microscopes, making it a versatile choice for different research labs.
2. High-Quality Optics: Lambda is known for its high-quality optics, ensuring sharp and clear images.
3. Adjustable Illumination: The DG4 and DG5 offer adjustable illumination intensity, providing flexibility for various experimental conditions.
4. Easy Installation: The adapter is designed for easy installation on most microscopes, reducing setup time.
5. Durable Construction: The adapter is built to withstand regular use, making it a long-term investment.
Cons:1. Cost: The Lambda DG4 Light DG5 Microscope Adapter DG-4 Sutter is a premium product, and its price may be prohibitive for some budgets.
2. Learning Curve: While the adapter is designed for ease of use, there may be a slight learning curve for those new to the product.
3. Limited Accessories: Some users might find that the adapter does not come with all necessary accessories, requiring additional purchases.
In conclusion, the Lambda DG4 Light DG5 Microscope Adapter DG-4 Sutter offers high-quality optics and adjustable illumination, making it an excellent choice for those seeking a versatile and high-performance microscope accessory. However, its premium price and potential need for additional accessories are factors to consider. If budget allows and the features align with your needs, this adapter could be a valuable addition to your microscopy setup. If budget is a concern, it may be worth considering other, less expensive options.
The dual galvanometer design of the lambda dg 4 dg 5 plus allows tuning of the relative intensities at each wave length .
New bulbs are direct insertion of neutral density optical filters is also possible in the filter holders at any of the four optical channels.
2 SEC vertical retrace period of a video signal, allowing the user to perform real time video imaging. When the instrument is in this mode, the input and output galvanometer mirrors move out of sync, thus preventing the sample from being exposed to light of unwanted wave length during switching and shuttering. Power cord instruction manual I have powered this up and verified that I could see light coming through the liquid light guide.
2 more could be purchased for 95 each and this looks to be missing the nd filter holder on the left side where the other filters are. At the time I did not have the instruction manual so I was unsure how to operate it. Due to the scrambling effect of the light guide, the output has excellent uniformity.
The lambda dg 4 is a complete illumination system offering speed and versatility for experiments requiring rapid wave length switching. Direct computer control computer control of the instrument is possible via parallel or serial port. The shutter function reduces light intensity by 5 to 6 orders of magnitude.
A built in shutter function allows reduction of light intensity by six orders of magnitude. A cold mirror in the beginning of the light path eliminates the Ir radiation, reducing significantly the amount of heat absorbed by the optics and the sample. Switching between any two wave lengths is achieved in less than the 1.
This adjustment, in variable wave length devices with a single optical path, is difficult to obtain. 2 SEC, the dwell time at any wave length is arbitrarily set by the user. Up to 15 logical filters can be defined with this method. Smart shutter can be incorporated into the lambda dg 4 dg 5 plus integral neutral density filtering neutral density filtering is achieved by offsetting the output galvanometer such that light is not centered on the liquid light guide.
Following the filter, a second parabolic and a second galvanometer mirror collect and redirect the light into the light guide.
Unlike monochromatic and other wave length selective systems, the lambda dg 4 dg 5 plus can be used as a source of white light when required. Modulators, pass unwanted harmonics of the desired wave length .
Also, with variable wave length devices, it is not always possible to obtain sufficient blocking of out of band wave length s.
A final neutral density optical filter can be placed in the exiting light path which will reduce the light output from all optical channels. Cases count against me even if they are resolved. 5 SEC switching times between adjacent filter positions and 20 greater light output. The lambda dg 5 plus, a five filter version, accommodates three 18mm and two 25mm filters.
The diameter of the microscope adapter is 43. This has 2 filter holders included. The lambda dg 4 dg 5 plus provides 0.
Cold mirrors modified to pass near Ir to 780 to 880nm are also available. For applications requiring mechanical shuttering, like time lapse experiments or very sensitive samples, the smart shutter can be integrated into the device to assure that the light is completely blocked.
Turbo blanking the turbo blanking feature is designed for situations when the switching is done between non adjacent filter positions.
If complete light shuttering is required, a mechanical shutter. This listing is for a Sutter instrument company lambda dg 4 w light guide, microscope adapter this includes the following Sutter instrument company lambda dg 4 liquid light guide microscope adapter at this time I don't know what microscope this fits on. Two outputs for monitoring filter position a 4 bit Tl signal transmits the current optical channel filter position.
I am not overjoyed with what's happening, but I have to roll with it.
A digital to analog converter ADC output produces a voltage showing which filter is in use. According to the Sutter site, the dg 4 sells for 21,310.