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Attach these needles to a syringe with a luer lock or luer slip connection type to dispense liquids.
Avoid contaminating your sample while dispensing liquid from a syringe.
Attach the needles in these assortments to syringes with luer lock or luer slip connections.
Thanks to the nickel-plated brass base on these needles, they can be cleaned, washed, boiled, or sterilized.
Curve these plastic needles to reach into tight spots. They can be cut to the length you need. Attach them to syringes with luer lock connections.
Precisely dispense sticky adhesives and liquids.
To protect sensitive equipment, these needles drain electrostatic discharge (ESD) from the materials they dispense.
Dispense fluid from syringes and other small instruments with luer lock or luer slip connections.
Connect these needles to adhesive cartridges, grease guns, and other dispensers with a threaded connection.
The needles in these sets connect to adhesive cartridges, grease guns, and other dispensers with threaded connections.
Evenly apply adhesive, lubricant, and solvent from syringes and dispensers with luer lock and luer slip connections.
Drain static from the material you’re dispensing from a syringe or other small instrument. These tips protect sensitive equipment from electrostatic discharge (ESD).
Change the connection on syringes, dispensing tips, and needles to either a luer lock or threaded connection.
A curved plastic tip fits into bearing seals, narrow holes in housings, and around small parts in 3D printers and other machinery. Use these syringes to control the direction of flow so you don't make a mess.
No need to connect a needle or tip—just trim the opening size of these syringes to the diameter you need.
Use these syringes with an air-powered dispenser to make repetitive dispensing easier on your hands.
Store pipettors to keep your lab organized.
More precise than pipettes, burettes have a stopcock that allows you to release liquids in tiny drops.
Reduce errors and increase accuracy--these burettes have a digital readout, so you don't have to calculate how much liquid you've dispensed.
Also known as basters, these dispensers transfer larger amounts of liquid than bulb droppers. Liquids are dispensed in a stream, rather than drop by drop.
These bottles have a squeeze-bulb dropper attached to the lid.
Squeeze the bulb to dispense liquids one drop at a time. These droppers are also known as transfer pipettes.
Cover the top opening with your thumb to control the flow of liquid one drop at a time.
These fixed-volume micropipettes dispense a small amount of liquid for speedy, routine dispensing jobs.
Draw and dispense liquids at a controlled speed. These pumps give you more control of flow than a basic pipette bulb but not as much as an electronic pump.
Pipette for hours on end—these ergonomic pipettors maintain even flow with just the push of a button.
Pair these pipettes with a pipette pump to transfer measured streams of liquid.
The simplest form of a pipette pump, these bulbs let you control flow as you quickly draw and dispense liquid. Use them with a pipette.
Hold pipettes to keep your lab organized.
Transfer measured streams of liquid.
Fill and dispense 96 wells all at once.
Dispense a sample many times without refilling your pipettor. These tips are designed for use with repeat dispensing pipettors.
To make sure these reservoirs arrive sterile, they've been irradiated, individually bagged, and marked with a lot number.
Dispense a sample many times without refilling your pipettor. No need to autoclave these tips before first use—they’re cleaned and bagged to prevent contamination.
Hold reagents and samples for easy access during pipetting.
Labels allow identification at a glance.
These bottles are fluorinated to prevent contents from being absorbed.
Also known as wash bottles, these dispense liquid at a downward angle.
Made of FEP plastic, these are our most chemical-resistant squeeze bottles. They are also autoclavable.
These bottles are made with an additive that prevents electrostatic discharge from building up on the surface.
Choose a needle-tip squeeze bottle for your most precise dispensing applications.
Squeeze out liquids one drop at a time.
Identify contents at a glance with these sets of 25 bottles in five lid colors.
Add a needle with a luer lock connection and squeeze to dispense a single drop or a stream of liquid.
Long nozzles allow dispensing in hard-to-reach places.
Attach these nozzles to a cartridge for controlled dispensing.
To simultaneously mix and dispense two-part adhesives, attach these mixer nozzles to a dual cartridge.
Fill these cartridges with the two-part adhesive of your choice.
Choose from cone tips, L-tips, and T-tips.
Dispense from grease guns into grease fittings and bare lubrication points.
These rigid tip adapters penetrate gaskets, sealed bearings, and joints to deliver grease to precise locations.
Penetrate gaskets, sealed bearings, and joints to deliver grease to precise locations.
With threads on both ends, these rigid nozzles connect grease guns to dispensing tips.
These flexible nozzles have threads on both ends for connecting a grease gun to a dispensing tip.
These rigid nozzles come with a dispensing tip and have threads on one end for connecting to a grease gun.
Slide the metal sleeve up to the tip for rigidity. Slide it back down to expose the flexible nozzle.
These flexible nozzles come with a dispensing tip and have threads on one end for connecting to a grease gun.
Sets include dispensing tips for grease fittings and bare lubrication points.
Convert dispensing tips with male threads into quick-disconnect couplings.
Lubricate standard grease fittings in hard-to-reach areas. Extensions have a quick-disconnect fitting that snaps into your dispensing tip for standard grease fittings.
These flexible extensions have a quick-disconnect fitting that snaps into your dispensing tip, so you can lubricate grease fittings that are hard to reach.
Kit contains lengths of hose, nozzles, connectors, and assembly pliers.
Kits contain lengths of hose, nozzles, valves, and caps.
Build a custom 1/4" system to deliver coolant, cutting oil, water, or air in any direction.
Build a custom 1/2" system to deliver coolant, cutting oil, water, or air in any direction.
Build a custom 3/4" system to deliver coolant, cutting oil, water, or air in any direction.
Use with Loc-Line hose to assemble and disassemble components.
Use with Snap-Loc hose to assemble and disassemble components.
This hose is made of steel.
The most versatile of our machine-mount coolant nozzles, these adjust from a fine mist to a direct stream and can deliver coolant in any direction. Max. pressure is 100 psi.
These nozzles handle coolant pressure up to 150 psi.
Use as a lever to adjust the angle of coolant streams.
For use in the highest pressure coolant lines, these nozzles are rated for at least 1,000 psi.
For high-pressure coolant lines, these nozzles withstand pressure up to 500 psi.
Press these nozzles into unthreaded holes.
Snap these adapters into the ball-socket connections on CNC machines to connect threaded coolant hose and nozzles to coolant supply ports.
Attach to your blowgun to direct airflow.
Control consumption and noise by adjusting the airflow.
These premium nozzles are engineered for the most efficient airflow consumption.
Made from rubber, these nozzles won’t scratch or damage sensitive workpieces.
Also known as air-shield and safety-shield nozzles, a center airstream blows away debris while an outer air curtain deflects flying chips and dust.
The extra length allows access into hard-to-reach areas.
Extend these telescoping nozzles to increase your reach.
These needle-style nozzles force air to a precise pinpoint.
Focus air with pinpoint precision.
Blow air backward to clean out the inside of pipes, tubes, and channels without pushing debris into your system.
The flat nozzle tip distributes air over a wider area than focused-airflow nozzles.
These nozzles are made of FDA-listed materials.
At less than 2" long and with a wide airflow pattern, these nozzles are ideal for tight spaces where you need to distribute air over a wider area than a focused-airflow nozzle.
Air blows out of these flat nozzles in a wide pattern at a 90° angle from the inlet, distributing air over a wider area than focused-airflow nozzles. They’re FDA compliant 21 CFR 110.40 for use in the food industry.
Air blows out of these nozzles at a right angle in a wide pattern, distributing air over a wider area than focused-airflow nozzles.
Adjust airflow to control consumption and noise.
As compressed air flows through these nozzles, they rotate to efficiently and evenly blow off large areas.
Shaped to fit into extremely tight spaces, these nozzles can be used to remove parts from molds. Tap the wedge into position, attach the nozzle to a blowgun, and activate the airflow to release the part.
Often used for simultaneously spot cooling and blowing parts, these nozzles cool compressed air without electricity or refrigerants.
Convert your blowgun to a spray gun. These nozzles spray air and liquids at the same time.
Blow debris and sweep it away with the built-in brush.
Choose a base, hose, and nozzle for a custom setup.
The magnetic base mounts to your work surface and has a control valve for adjusting airflow.
Nozzles are attached to a flexible hose that bends and holds its shape until you reposition it.
Turn your blowgun into a scraper to remove and blow away debris at the same time.
Dispense caulk from sausage-pack guns.
Dispense caulk from bulk-load guns.
Achieve the perfect bead every time.
These flexible extensions add length and bend 180° to get into hard-to-reach areas.
Often used when printing with carbon fiber- and glass-filled filaments, these nozzles resist wear from abrasive materials, so they last longer than standard nozzles.
Extrude melted filament onto print surfaces to build 3D printed parts.
Print up to 60% faster with better layer bonding than standard nozzles.
Print at faster rates than standard nozzles using abrasive filaments, such as carbon-fiber- and glass-filled filaments.
Remove worn fittings and repair threaded holes.