COLE-PARMER Gel Imaging Enclosure with Orange Photo Filter
The COLE-PARMER Gel Imaging Enclosure with Orange Photo Filter (MPN 2857002) is an electrophoresis supply designed for gel documentation. This enclosure measures 9 inches in overall length and 7 1/2 inches in overall…
SKU 3G-OTH-370489
Local availability & support
- Delivery
- Worldwide DHL shipping from Singapore; 7–14 business days door-to-door for most destinations.
- Payment
- Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.
Need installation or engineering help?
Ask a question
Product Description
The COLE-PARMER Gel Imaging Enclosure with Orange Photo Filter (MPN 2857002) is an electrophoresis supply designed for gel documentation. This enclosure measures 9 inches in overall length and 7 1/2 inches in overall width, and it includes an orange photo filter for imaging applications.
Frequently Asked Questions
What is the COLE-PARMER Gel Imaging Enclosure with Orange Photo Filter used for?
This enclosure is used for gel documentation in electrophoresis workflows. It provides a controlled environment for imaging DNA, RNA, or protein gels, and the orange photo filter enhances contrast for ethidium-bromide-stained gels. It is a common tool in molecular biology and life-science laboratories.
What are the specifications of the COLE-PARMER Gel Imaging Enclosure 2857002?
The COLE-PARMER Gel Imaging Enclosure (MPN 2857002) measures 9 inches in overall length and 7 1/2 inches in overall width. It includes an orange photo filter and is classified as a Gel Imaging Enclosure with Orange Photo Filter. It is designed for use as electrophoresis supplies in gel documentation.
Where to buy the COLE-PARMER Gel Imaging Enclosure 2857002 worldwide?
3G Electric supplies the COLE-PARMER Gel Imaging Enclosure 2857002 worldwide. As a global industrial equipment distributor, we handle full logistics, customs clearance, and delivery to your facility. Contact us for availability and lead time; we source and deliver this electrophoresis supply to laboratories everywhere.
How to maintain the COLE-PARMER Gel Imaging Enclosure?
Keep the enclosure clean and free of dust by wiping the exterior with a soft, dry cloth. Avoid using abrasive cleaners on the orange photo filter. Store in a dry, temperature-controlled environment when not in use. For best imaging results, replace the filter if scratched or degraded. Refer to the manufacturer's manual for detailed care.
Used in
Common applications for COLE-PARMERCOLE-PARMER Products
3G Electric supplies COLE-PARMER electrophoresis supplies. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.
You might also need
Related products
- NALGENE Vacuum filter system with a 75 mm diameter PES membrane and 500 mL upper capacity. Non-sterile, no stopper included. Designed for laboratory filtration of aqueous solutions, cell culture media, and buffers
- NALGENE Vacuum filter system with a 50 mm diameter PES membrane and 250 mL upper capacity. Designed for laboratory filtration of aqueous solutions, suitable for clarifying or sterilizing small-volume samples. Non-sterile, stopper not included
- NALGENE Vacuum filter system with a 90 mm diameter PES membrane and 500 mL upper capacity. Designed for vacuum filtration of aqueous solutions in laboratory settings. Non-sterile; stopper not included
- NALGENE Vacuum filter system with a 75 mm diameter PES membrane, 0.45 µm pore size, and 500 mL upper capacity. Designed for sterilizing or clarifying aqueous solutions in laboratory filtration applications. Does not include a stopper
- NALGENE Vacuum filter system with a 50 mm diameter PES membrane, 115 mL upper capacity, and 0.45 µm pore size. Designed for sterilization of liquids such as media, buffers, and biological fluids. Stopper not included
- NALGENE Vacuum filter system with a 90 mm diameter PES membrane, 0.45 µm max particle size, and 500 mL upper capacity. Designed for filtration of aqueous solutions in laboratory settings. Does not include a stopper
