Description
Aspirator FTA-1
-Fitted with hydrophobic microbiological filter
-The hydrophobic microbiological suction filter eliminates risk of contamination from the trap flask. Efficiency up to 99.9 %, holds particles bigger than 0.027 micron, which are smaller than agents of Hepatitis A, B and C.
-Polyethylene tube connects collecting tip to the trapping flask
-Built-in micro-compressor creates negative pressure in trapping flask for removal of liquid from microtubes
Scope of supply: Aspirator system with integrated pump, trap flask, aspiration tip and tube holders for 2 tubes
Specifications
Volume Trap flask: 1 l
Vacuum range: 500 mbar
Dimensions (W x D x H): 160 x 210 x 340 mm
Weight: 1.7 kg
Is the Aspirator FTA-1 from Ordinals suitable for DNA/RNA purification workflows in small laboratories?
Yes, the Aspirator FTA-1 from Ordinals is well-suited for DNA/RNA purification and similar molecular biology procedures. It provides controlled and precise aspiration of supernatants from microtubes, helping protect delicate pellets during purification and reprecipitation steps. Its compact structure makes it ideal for small laboratory benches, while its reliable suction performance supports consistent daily operation. For wholesalers, retailers, and small business laboratory suppliers, the Aspirator FTA-1 offers dependable functionality and steady demand in research and diagnostic environments. Purchasing from Ordinals ensures genuine equipment, quality assurance, and professional service support.
LLG09721058, LLG09721075, LLG09721076, LLG09721077, LLG09721078This compact laboratory aspiration system is engineered to provide safe and controlled removal of liquids during routine molecular and microbiological procedures. Designed with precision and efficiency in mind, it supports the aspiration of supernatants from microtubes and small laboratory vessels, making it especially useful during nucleic acid purification and macromolecule reprecipitation workflows. Its steady suction performance allows technicians to remove alcohols, buffers, and other residual liquids without disturbing delicate pellets, helping maintain sample integrity and improving overall experimental reliability. The unit features a space-saving design that fits comfortably on laboratory benches, making it ideal for environments where workspace optimization is important. User-friendly operation ensures that laboratory personnel can perform aspiration tasks smoothly with minimal training, reducing procedural complexity and enhancing productivity. The system is constructed from durable materials suitable for continuous laboratory use, supporting long-term operational stability even in busy research or diagnostic settings. Integrated safety considerations help maintain clean working conditions and minimize the risk of cross-contamination during liquid handling processes. Its compatibility with common laboratory consumables further simplifies integration into existing protocols, allowing seamless adoption without major workflow adjustments. Suitable for research laboratories, clinical facilities, biotechnology applications, and academic institutions, this aspiration solution enhances efficiency in daily sample preparation tasks. By combining reliable suction control, ergonomic handling, and durable construction, it contributes to consistent laboratory performance while supporting accurate and reproducible scientific outcomes.
user –
As a wholesaler supplying laboratory equipment to research centers and diagnostic labs, I recently added the Aspirator FTA-1 from Ordinals to my product range. My clients value its steady aspiration control, especially during sensitive molecular procedures like nucleic acid purification. The compact design fits easily into limited bench spaces, and the build quality meets professional laboratory expectations. Ordinals handled the order efficiently, and the equipment arrived authentic and well-packaged. I confidently recommend the Aspirator FTA-1 from Ordinals to retailers and small business owners looking for reliable laboratory aspiration solutions.