
( Part Type: Bulb ), ( Voltage: 3v ), ( Wattage: 3w )
The Amscope SE100 Tungsten Halogen Illuminator (BT-3V3W-HG) is a high-quality, 3W bulb designed specifically for enhancing the clarity and vibrancy of your microscopic observations. This illuminator, engineered with precision and care by Amscope, a renowned name in the field of microscopy, offers an exceptional lighting solution for your microscope.
The SE100 illuminator operates on a standard 3V power supply, making it compatible with a wide range of microscopes. The bulb type is a tungsten halogen, renowned for its consistent and intense light emission, ensuring superior image quality and detail in your microscopic examinations.
The SE100 illuminator features a robust design, ensuring durability and long-lasting performance. Its compact size makes it easy to install and use, while its adjustable intensity knob allows for fine-tuning of the light intensity, offering you the flexibility to optimize your observations based on the sample and your preferences.
With the Amscope SE100 Tungsten Halogen Illuminator (BT-3V3W-HG), you can expect enhanced contrast and superior resolution in your microscopic investigations. Whether you're a professional microscopist, an educator, or a hobbyist, this illuminator is an indispensable tool for your microscope setup, providing you with the illumination you need to unlock the hidden details of the microscopic world.
In conclusion, the Amscope SE100 Tungsten Halogen Illuminator (BT-3V3W-HG) is a reliable, high-performance, and easy-to-use lighting solution for your microscope. Invest in this illuminator today and elevate your microscopic observations to new heights of clarity and detail.
The AmScope BT-3V 3W Tungsten Bulb for Microscopes is a commonly used illumination source for microscopes. Here are its pros and cons: Pros:1. Bright Light: The 3-watt bulb provides a bright and clear light, which is essential for observing tiny details under a microscope.
2. Long Life Span: Tungsten bulbs have a longer lifespan compared to halogen bulbs, reducing the frequency of bulb replacements.
3. Energy Efficient: Tungsten bulbs are more energy-efficient compared to halogen bulbs, making them a cost-effective choice in the long run.
4. Compatibility: This bulb is compatible with a wide range of microscopes, making it a versatile choice.
Cons:1. Warm-Up Time: Tungsten bulbs take some time to warm up and reach full brightness.
2. Color Temperature: The color temperature of tungsten bulbs is relatively low, which may affect the color accuracy of the observed objects.
3. Fragility: Tungsten bulbs are more fragile than halogen bulbs and can easily shatter if dropped or mishandled.
In conclusion, the AmScope BT-3V 3W Tungsten Bulb for Microscopes is a reliable and cost-effective choice for illumination due to its long lifespan, energy efficiency, and compatibility with various microscopes. However, its warm-up time and potential for color inaccuracy should be considered. If speed of illumination and color accuracy are important factors, a halogen bulb may be a better choice. Otherwise, the AmScope BT-3V bulb is a solid choice for microscope illumination.
Warranty does not cover consumable accessories and parts such as bulbs.
One year warranty for accessories all our microscope accessories USB cameras, illuminates, illumination, dust covers, and etc.
Come with a one 1 year warranty. Watt 3w voltage 3v type tungsten brand name amscope model no bt 3v3w hg this is a 3v 3w tungsten bulb for SE100 series stereo microscopes.
Note that shipping costs are borne by the customer. Warranty service times vary throughout the year, and are processed in a first come, first serve manner, when parts are available and in stock.
Key features 3v 3w tungsten bulb for SE100 series stereo microscopes.
We, amscope, provide all warranty services.
Note buyers bear the cost of shipping and handling cost round trip for warranty services.
Items damaged in transit are not covered by us. Processing is done first come, first serve, and can take between 1/4 weeks to process depending on how many requests we currently have in queue.