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High-Quality Pipette Tips for Automated Liquid Handlers. Molecular Biology Products provides automation tips that are engineered precisely to fit the exact specifications of major automation platforms.

With automated pipette tips, you can conveniently take out any given volume of liquid from the source through various methods: suction, aspiration, or dispensing the fluid on the container.

The Automation pipette tips ;are designed to correct the specifications, which makes sure the fit remains consistent. The most commonly used models in laboratories are the sterile filter pipette tips.

The above-mentioned tips come in various volumes, ranging from 50 microlitres to 1000 microlitres which also work well with small volume dispensing. The different types of tips help in working without concerning yourself with extremely viscous substances and contaminations.

The pipette tips are passed through a rigorous quality check to make sure consistency is maintained. Moreover, the coefficient of variation is kept low at 1-3% which helps keep the tips straightened. The Automated Pipette Tips are engineered with high-end specifications. Consequently, these tips are 400% tighter than ordinary pipette tips.

Features And Perks:

⮚ High-Quality pipette tips that ensure better extraction of liquids

⮚ Carry out all the protocols with confidence

⮚ Have the right fit with every experiment

⮚ Available in a wide range of formats like non-filtered pipettes, and filtered pipettes.

⮚ The tips go through a strict checking process making them free of RNA, DNA, Pyrogen, and ATPs.

What is LTS?
The Most Comfortable Pipette that Prevents Fatigue to Ensure You Maintain Accuracy and Precision All Day Long

Rainin LTS Tips ;dramatically reduce high tip ejection forces, decreasing or eliminating laboratory RSI risk.

The cylindrical shaft & tip design reduces tip ejection forces

Lower forces mean freedom from tired hands.

Tips seal reliably and consistently without excessive force.

LTS Reduces Tip Ejection Forces by 85%.

In traditional conical tip/shaft designs, tip ejection forces can be as high as 10kg, with an average of 4kg.

Tip ejection force is only 0.6kg with LTS.

Consistent Seal First Time, Every Time

The LTS cylindrical shaft & tip design produces a reliable, consistent seal without excessive force.

The LTS tips are thin-walled and incorporate a small, well-defined seal area and a positive ‘stop’. This ‘stop’ lets you know exactly when the seal is made – so there is no need to ‘jam’ or pound the shaft onto the tip.

LTS Pipettes Solve Common Multichannel Problems

Consistent sample loading.

Leak-free and reliable seal without hand tightening- first time, every time.

NO nozzle o-rings: no breakage, no maintenance, no sample contamination, no problems.

LTS pipettes and tips cost no more than standard pipettes and tips. So don’t miss out on your opportunity to switch to the benefits of LTS.

Oxford Lab Products Universal Pipette Tips
As any bench scientist will share, pipetting is a very repetitive process but is a very important part of any experiment. Oxford Lab Products Universal Pipette Tips ;are designed to optimize the pipetting experience and result. Universal-style pipettes are the most common – these tips are made to fit those designs. To further enable convenience, our tips are available in plastic, eco-friendly, re-loadable, or bulk packaging!

Universal Pipette Tips have innovative designs that allow them to provide an ideal user experience. The top of the tip features a snug fit without requiring much attachment force. The inside of Universal Pipette Tips is specifically shaped to minimize residual volume inside of the tip. We only use FDA-Approved medical-grade virgin polypropylene. This plastic offers a high level of transparency so users can visually confirm the work they are doing.

We also understand that convenience is equally important, benchtop space is limited, and comfort is highly important. The force required to attach/eject Oxford Lab Products Universal Pipette Tips is actually very low, despite the secure seal at the tip-pipette interface. Try these tips today for a secure, yet comfortable, pipetting experience!

Silicone Sealing Mat
Silicone Sealing Mats ;cover the surface of the plate and use molded well caps to simultaneously seal each well, protecting contents from leakage, contamination, and evaporation during assay processing, incubation, or storage. Available for a variety of plate types, in a variety of materials, microplate sealing mats are suitable for applications at a wide range of temperatures, including autoclaving, and storage at temperatures to -80°C. To enable easy well access without removing the mat, pre-slit and pierceable formats are available for use with a pipette or needle. Mats come in a variety of colors, and with flat or domed well caps. The mats can be applied manually or with a storage mat applicator.

Parafilm Sealing Film ;
Parafilm Sealing Film ;is a plastic paraffin film with a paper backing produced by Bemis Company, Inc (based in Neenah, WI, USA).

Parafilm Sealing Film is one of the most commonly used items in a lot of labs for sealing and protecting vessels. Parafilm Sealing Film is a colorless, moisture-proof film that molds to almost any surface. Simply stretch the film tight to seal beakers, flasks, tubes, and Petri dishes.

The all-purpose laboratory Parafilm Sealing Film covers and shields your products from moisture while simultaneously allowing gas permeability.

This Safeguards your products and quality by keeping moisture loss to a minimum and protecting the contents of your laboratory items with a flexible covering for test tubes, beakers, Petri dishes, and more.

This convenient, flexible, and self-sealing product is an essential item in healthcare, pharmaceutical, and research labs.

Parafilm Sealing Film features and benefits:

Protects the integrity of research applications with a tight moisture barrier that holds a strong seal and doesn’t release from glassware, despite off-gassing.

Reduces the risk of tampered data with a covering that is odorless, colorless, and semi-transparent.

Prevents moisture and volume loss due to material composition and tight seal.

The flexible and self-sealing material allows it to cling around irregular shapes and surfaces.

Stretches more than 200% of its original length.

Resistant against many polar substances such as saline solutions, inorganic acids, and alkaline solutions for up to 48 hours.

PCR Tubes and PCR Plates
Details of PCR Plates And Tubes
PCR Tubes

Pure polypropylene (PP).

rapid and homogeneous heat transfer due to consistently ultrathin wall design

perfect fit, compatible with all major brands of thermocyclers due to precise production

DNase-, RNase-, and DNA-free

variety of tight closures available to reduce sample evaporation

also suitable for real-time-PCR

96-well PCR Plates

These plates conform fully to the highest requirements of PCR (Polymerase Chain Reaction). They are made of polypropylene and are characterized by their very thin but uniform walls. In this way, optimal heat transfer in short cycle times is achieved. The smooth inside walls of the cavities minimize the binding of enzymes and nucleic acids.

The plates are free of DNA, DNase, and RNase.

They are available optionally without or with edges (the latter to minimize cross-contamination).

working volumes 0.2 ml

alphanumeric coding for optimal sample identification

available in two versions for various PCR systems

suitable for real-time-PCR

the PCR-Plate 8610014 is up to 4000x g centrifugal

96-Well Plate Lids, Greiner Bio-One
Plate Lid ;is made of polycarbonate or polystyrene resin, these lids are best suited for chimney-well style 96-well plates in cell culture applications.

Polycarbonate or polystyrene resin construction

Fully skirted lids

Free of RNase and DNase

Nonpyrogenic

Half-area plates maintain ANSI/SBS standards and well-to-well pitch, yet feature a good diameter design that offers one-half the wall surface area of standard plates

Standard full skirt lids allow easy gripping of the lid manually or robotically. Low-profile lids feature a partial skirt, facilitating robotic gripping of the plate while the lid remains on. Two corner notches on each lid assure proper plate-to-lid orientation, minimizing cross-contamination. Lids with condensation rings minimize both evaporation and cross-contamination. Black opaque lids are ideal when a loose cover is required to shield light-sensitive assays or compounds.

Lids are RNase-free, DNase-free, and nonpyrogenic.

This format allows a 50% sample volume reduction without moving to high-good density plates. Half-area plates feature a medium binding polystyrene surface, which is ideal for work with nonpolar proteins and peptides.
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