Scoop up small amounts of sample material. These spoons have a flat edge, which lets you level them off to the same capacity each time. They’re FDA compliant for direct contact with food.

Note: Capacities are approximate.

For technical drawings and 3-D models, click on a part number.

Scoop up to a cup of ingredients for your food processing line. These cups have metal and chemical additives that set off metal detectors and show on X-ray machines. This helps you meet Hazard Analysis and Critical Control Point (HACCP) programs. Bright blue, they're also easy to spot if they break or fall in your line. All are FDA compliant for direct contact with food.

Gather small amounts of sample material. With a flat edge, these spoons are easy to level off for sampling the same capacity each time. Each set includes four spoon sizes. These spoons are FDA compliant for direct contact with food.

Note: Capacities are approximate.

For technical drawings and 3-D models, click on a part number.

Measure ingredients for your food processing line. To help you comply with Hazard Analysis and Critical Control Point (HACCP) programs, these spoons contain metal and chemical additives that make them set off metal detectors and show up on X-ray machines. They’re also bright blue, so workers can easily spot broken pieces that fall into your line. Made of polypropylene, they’re lighter than metal spoons and won’t scratch surfaces. These spoons are FDA compliant for direct contact with food.

Insert the Style A samplers into your liquid and seal the top opening with your thumb to collect a sample.

The syringe-like design of the Style B samplers lets you extract liquid without manually creating a vacuum.

Style C sampler bottles have a leakproof lid, so they’re good for shipping and storing small samples. After you collect the sample and remove the needle, their membrane automatically seals. They come with a tamper seal label to put over the lid, showing if the bottle is ever opened. They're also phthalate-free.

Collect liquid samples from drums, tanks, and other containers. These samplers open and close, so you can gather samples at a targeted depth in your tank. All are autoclavable, so you can sterilize them with steam.

Polypropylene samplers have good chemical resistance. They operate with a valve you can open and close.

PTFE samplers stand up to harsher chemicals than polypropylene samplers. Their naturally slippery surface helps thick liquids slide off for easy cleanup. You can use them one-handed—press the button to let liquid flow in, then release it to close.

Stainless steel samplers are the most durable and chemical resistant. They also resist corrosion. Less porous and less likely to scratch than plastic, they’re easy to sanitize. Open and close them by pulling up on the center ring.

Sterilized so they won’t contaminate your samples or lines, these liquid samplers are often used in food processing, pharmaceutical, and biotech applications. Unlike traditional sampling methods such as ladles and cups, they don’t expose samples to the surrounding environment. These samplers use gravity to draw out liquid through the needle directly into the bag. The needle has a luer lock connection, so it’s easy to remove the needle after you take the sample. You can also swap the needle out beforehand if your application needs a different kind.

These bags are best for taking large samples. They’re ISO 10993 compliant, so they’re approved for use in medical devices. They meet USP Class VI, meaning they’re made of plastic that’s been tested to the highest standards to reduce the risk of leaching into biological samples. Manufactured free of contaminants and allergens, they are BPA- and latex-free. They’re also TSE/BSE compliant, so they’ve never come into contact with any animal products.

These liquid samplers are typically used with sampling tube fittings.

Pump the handle to draw liquid out of a tank or drum through a hose into sample bottles. Only the hose and hose weight come into contact with the liquid, reducing the possibility of cross contamination.

Collect and measure buildup from the bottom of oil tanks, septic tanks, wastewater lagoons, and other areas. Unlike other samplers that only hold liquids, these samplers can draw in solids, too. They help you monitor sludge, which is important for maintaining healthy heating systems and meeting environmental regulations for sewage. Not for use with ethanol or ethanol-blended fuel.

Made of a strong plastic, these samplers are rigid enough to push through tough layers of sludge to collect a complete sample. A valve lets in liquids and solids, then blocks them from going out. Samplers are clear and marked with 1-ft. graduations, so you can view and measure what’s inside. Press down on the valve pin to empty.

These samplers consist of three hollow 5-ft. tubes. Screw together as many as you need to match the depth of your tank. Since they’re detachable, they’re easy to transport. Add extensions (sold separately) to make samplers longer.

Weigh liquids, powders, or crystals as you transfer them from one container to another with these spoons. A digital screen on the handle displays the weight of your material to the nearest 0.1 g or 0.005 oz. For measuring volume, the head is marked in 5-ml increments up to 30 ml. Head is corrosion resistant and can be removed from the handle for cleaning. Spoons include a traceable calibration certificate to NIST standards.

Cleaned and bagged in a Class 8 clean room, these spatulas won’t contaminate your samples. They’re also FDA compliant for direct contact with food. Scoop, sort, or spread materials, then toss these spatulas when you’re done. Made of polystyrene, they are firm yet flexible enough to scrape the sides of containers without breaking. The narrow blade fits inside test tubes and other small containers.

Spatulas with a U-shaped blade have raised edges that keep powders and granules from falling as you move them between containers.

Spatulas with a straight blade are often used to scrape and spread pastes or gels. Since they don’t have raised edges, it’s easy to see if you’ve transferred every last speck.

For technical drawings and 3-D models, click on a part number.