The LUYOR-3415 Dual Fluorescent Protein Lamp is a portable and powerful excitation light source that includes two different, switch-selectable high-intensity LEDs for excitation of fluorescent proteins or other fluorophores, and came with matching barrier filter glasses. Visualize fluorescent proteins in plants, roots, animals, cells, microorganisms, ... the LUYOR-3415 provides what you need!

Different excitation and emission wavelength combinations are available. The viewing glasses are well matched to the excitation source so that they block the reflected excitation light while transmitting the fluorescence with high efficiency, providing excellent viewing contrast.

Wavelength Sets

The LUYOR-3415 Dual Fluorescent Protein Lamp features two user-selectable excitation wavelengths. See the table below for compatible fluorophores and recommended wavelength options. Select your combination using the light codes provided.

Example: LUYOR-3415RG offers Royal Blue (R) and Green (G) excitation.

Technical Specifications

• Excitation Wavelengths: User-selectable – any two of 365 nm, 400 nm, 450 nm, 485 nm, or 520 nm

• Lamp Weight: 0.9 kg

• Total Weight: 4 kg

• Dimensions: 200 mm (H) × 180 mm (W); Head Diameter: 120 mm

• Power: 18 W (single wavelength), 27 W (both wavelengths)

• Power supply: 100-260V AC, 50/60 Hz

• Illuminated area: 180 mm diameter at 150 mm working distance

Rechargeable battery version available upon request. Please inquire when ordering.

What's Included

Standard Kit

1. LUYOR-3415 Dual Fluorescent Protein Lamp

2. Two pairs of barrier filter glasses

3. A soft carry bag

Optional Accessories

1. Camera filter

2. Lamp stand

Customer Feedback

The images below show fluorescent protein expression detected with the LUYOR-3415RG Dual Fluorescent Protein Lamp.

What Our Customers Say

Zhejiang Agriculture and Forestry University

"The Dual Fluorescent Protein Lamp LUYOR-3415RG enabled us to observe GFP expression clearly. We no longer select samples one by one under a fluorescence microscope. The Dual Fluorescent Protein Lamp LUYOR-3415RG not only made our testing process more efficient but also helped prevent sample contamination."

Hunan Hybrid Rice Research Center

"We used the Dual Fluorescent Protein Lamp LUYOR-3415RG to screen and select red fluorescent hybrid rice seeds. Its high light intensity enables clear observation and accurate seed selection. The lamp offers long runtime on a full charge, and the lamp stand allows for extended hands-free operation, making manual sorting much more comfortable. We look forward to seeing more innovations from LUYOR in the future!"

Nanjing Agricultural University

"We purchased a portable fluorescent protein excitation lamp from LUYOR to observe GFP expression in plant tissues. Previously, we had to sample tissues and examine them under a fluorescence microscope. Now, with the LUYOR-3415RG, we can examine live tissues directly without sampling. The LUYOR-3415RG saves time, reduces workload, and eliminates the need for destructive sampling. The lamp is also portable with excellent battery life. We also purchased a camera filter for imaging, which allowed us to capture high-quality images suitable for publication. The matching barrier filter eyewear is equally useful, enabling clear fluorescence visualization while protecting our eyes from excitation light. Overall, the Dual Fluorescent Protein Lamp LUYOR-3415RG delivers outstanding performance at a more affordable price than comparable products."

Harvard University

"Using the Dual Fluorescent Protein Lamp LUYOR-3415RG, we can easily identify transgenic Arabidopsis seeds by their red fluorescence. This greatly facilitates the subsequent selection of homozygotes. After germination, the lamp can also be used to examine seedlings and evaluate the effectiveness of the previous selection. The roots of Arabidopsis seedlings showed clear green fluorescence under the lamp. Also, LUYOR provides excellent pre-sales and after-sales support. Their technicians are responsive and supportive, offering us valuable advice throughout the process. We are very satisfied with the overall experience."

The University of Adelaide

"This year, we purchased the Dual Fluorescent Protein Lamp LUYOR-3415RC to visualize GFP and YFP fluorescence. Its excitation light is significantly more intense than other lamps we have used, allowing us to capture bright fluorescence images. The LUYOR's technician assisted us in capturing high-contrast images and provided excellent support throughout the process. The purchasing process was seamless and hassle-free. It has proven to be a valuable investment!"

LUYOR Customers (Partial List)

United States

Auburn University

Brookhaven National Laboratory

Clemson University

Duke University

Harvard University

Iowa State University

Mass General Brigham

Massachusetts Institute of Technology

New York University

St. Jude Children’s Research Hospital

The Connecticut Agricultural Experiment Station

The Ohio State University

The University of Michigan

The Wistar Institute of Anatomy and Biology

Tuskegee University

Yale University

University at Buffalo

University of California, Berkeley

University of California, Davis

University of California, Los Angeles

University of California, Riverside

University of Florida

University of Houston

University of Minnesota

University of Missouri

University of Wisconsin-Madison

Washington University in St. Louis

Wayne State University

Australia

Australian National University

Deakin University

Griffith University

The University of Adelaide

The University of Queensland

University of South Australia

Belgium

KU Leuven

Brazil

São Paulo State University

Canada

Agriculture & Agri-Food Canada

Lunenfeld Tanenbaum Research Institute

Sinai Health System

University of Alberta

University of Saskatchewan

China

Academia Sinica, Taiwan

Chinese Academy of Agricultural Sciences

Chinese Academy of Forestry

Chinese Academy of Tropical Agricultural Sciences

Fudan University

Hong Kong Baptist University

Hong Kong Centre for Virology, Vaccinology and Therapeutics

Hybrid Rice Research Center

Peking University

Shanghai Jiao Tong University

Tsinghua University

The Chinese University of Hong Kong

The University of Hong Kong

University of Macau

Zhejiang University

Denmark

Aarhus University

France

Aix-Marseille Université

Germany

Bremen University of Applied Sciences

Freie Universität Berlin

Gottfried Wilhelm Leibniz University of Hannover

Leibniz Universität Hannover

Johannes Gutenberg-Universität Mainz

Otto von Guericke University Magdeburg

Technische Universität München

Israel

Weizmann Institute of Science

Italy

CNR Institute

University of Pavia

Japan

RIKEN

Malta

University of Malta

Mexico

National Autonomous University of Mexico

Poland

Nicolaus Copernicus University in Torun

Philippines

University of the Philippines

Slovenia

National Institute of Biology

Singapore

National University of Singapore

South Korea

Konkuk University

Pohang University of Science and Technology

Seoul National University

Sungkyunkwan University

Yonsei University

South Africa

Durban University of Technology

Spain

Universidad de Granada

United Arab Emirates

Central Veterinary Research Laboratory

and many more......