Great care goes into the manufacturing and finishing of optical surfaces, and there are many challenges that can compromise finished product integrity. These optical devices include multiple applications, from consumer to industrial, in a variety of industries such as; automotive, electronic displays, sensors, mirrors, eye-glasses, solar cells, and more.
Typically, there are several process steps involved in the making of optical surfaces, including deposition of thin films, lamination of multiple layers, integration into device, and packaging. Virtually, any damage or defect results in total loss. Many types of contaminant may be present (manufacturing residue, fiber, oils, etc.), and most common materials would damage the exposed surface upon contact.
TekniPure has developed a family of microfiber wipe substrates ideally suited for these critical cleaning applications; as non-woven, woven, and knit. These products feature outstanding cleanliness and fiber retention with maximum surface area for effective scratch free cleaning of optical surfaces.
Mixed Weave Microfiber
Non-woven microfiber provides an exceptional barrier and cellulose free cleaning material for exposed optics at an economical cost. However, the best material for cleaning critical optics is our mixed weave microfiber wiper. The random textured surface is constructed extremely tight, yet is soft, and therefore provides excellent “pick-up” force, safe for use on any optical. This mixed weave microfiber wiper fabric provides safe handling, best cleaning yields, and peace of mind for management.
Our mixed weave microfiber wipers are available in many sizes and configurations, cleanroom laundered, pre-saturated, and with sealed edges or borders for maximum fiber retention. Use Teknipure microfiber wipes and swabs in any controlled environment (ISO 3-7) and watch your cleaning yields improve. We are the premier source for Knit, Woven, and Non-woven microfiber critical cleaning products. For more information about these Teknipure products or to request a sample, visit www.Teknipure.com or call 844-309-2376.
Listeria is a type of bacteria that
causes listeriosis, a serious illness with a fatality rate of 20%. Most cases
involve hospitalization. Children, elderly, and adults with weakened immune
systems are most susceptible. Healthy adults may avoid listeriosis, but are
still susceptible to gastroenteritis. Vomiting, abdominal pain, and diarrhea
are the most common symptoms. If the bacteria spreads beyond the gut, a fever
may arise. Some doctors may mistakenly diagnose patients with “stomach flu,”
although listeria is not related to influenza. A bacterial culture verifies
Listeria is common in the food services industry. It is impossible to prevent this bacteria from entering your setting. It survives extreme cold, acidic, and oxygen deprived environments. Refrigeration and freezing do not prevent listeria growth. In fact, listeria continues to grow in the cold. Because of its durability, the only way to prevent listeria contamination is through proper training and procedures. Cleaning and sanitizing equipment is not enough. Listeria can survive in HVAC systems, floors, crevices, or hard to reach places. Without sufficient procedures, your company may be liable for any lapses that cause a listeria outbreak. Fines, fees, and litigation will increase costs on top of product recalls and reputation damage.
Cleaning and Sanitizing to Prevent Listeria
Safety is the first priority for the food industry. Cleaning and Sanitizing (C&S) are the key components to fulfill your responsibility. Cleaning involves removing all surface level contaminants such as food, oil, and dirt. Bacteria cling to these contaminants and block chemicals from reaching the surface. All work surfaces require cleaning including walls, drains, and floors.
All machinery should be broken down into its base components in order to properly sanitize each element. Bacteria festers in hard to reach places. Once a significant amount of bacteria congregate in one area, it forms a biofilm that can prevent proper sanitization.
It is common for drains to contain biofilms. Because they are overlooked and cleaned less often, it can be ground zero for a listeria outbreak in your facility. If a drain contains a biofilm, then cleaning and sanitizing will not be sufficient. The bacteria will spread onto the floor through the drain onto employee boots and clothes. If a pressurized washer is used to clean drains, then the blast will spread listeria through the air onto equipment. If drains flood, production should be ceased immediately. Slot drain systems prevent bacteria from festering. Otherwise, frequent cleaning is the best way to prevent biofilms and listeria.
Solvents, detergents, acids, and abrasive cleaners are the most common cleaners used.
Detergents are useful for lifting most soil from the surface. For grease, solvent cleaners can be used even when grease has burned onto the surface. Acid cleaners are used on mineral deposits such as hard water. Abrasive cleaners remove significant soil accumulations, generally in small areas. Because of its abrasive qualities, its use should be limited to surfaces unable to be cleaned by a detergent.
Surfaces must be cleaned of all organic material. Bacteria feeds off organic material and prevents proper sanitization.
Cleaners do not remove all microorganisms and bacteria. Sanitizers must be used in conjunction with cleaners.
Sanitizing proceeds cleaning. It involves applying chemicals or heat to a cleaned surface. Although sanitization does not sterilize an environment, it is sufficient for most settings. Heat is useful because listeria cannot survive past 149 degrees fahrenheit or 60 degrees celsius. Properly cooked food will not contain listeria if it is heated past 149 degrees. Dishwashers reach this temperature and thus too are effective means to sanitize.
Chemicals are used for food-contact surfaces. Chlorine, iodine, and quaternary ammonium compounds are all approved for food-contact surfaces.
Chlorine is the most common
sanitizer. It is effective against bacteria, fungi, and viruses along with all
spores. Salmonella, cryptosporidium, and giardia are all resistant to chlorine.
In instances involving chlorine resistant microorganisms, quaternary ammonium
compounds work effectively. Chlorine is not effective against biofilms and is
toxic when inhaled and when in contact with skin. There is a positive residual
effect that keeps the surface free of bacteria for a limited time.
Iodine is an acid sanitizer. It is effective against bacteria, fungi, viruses, and tuberculosis. Iodine has a slight resistance to listeria, meaning longer exposure times are necessary. To remove a listeria infested biofilm with iodine, soak the film. Because iodine is an acid, be careful when it comes into contact with other sanitizers. Chlorine mixed with an acid produces a deadly, toxic gas. If exposed, immediately remove everyone from the environment. Iodine is also extremely corrosive and causes chemical burns on the skin.
Proper protection is required when cleaning with acids like iodine.
Quaternary ammonium cleaner is effective against vegetative bacteria. Vegetative bacteria is bacteria that is not growing. QA is effective against biofilms and does not require soaking time like iodine. Like chlorine, QA provides residual activity keeping the surface sanitized for a limited time. It works against hard water although QA itself is not corrosive.
Sanitizers react differently
depending on the surface. Plastic, glass, metal, and wood may require different
chemicals to properly sanitize. For food environments, this may not be as
important. It is critical to understand the microorganisms that thrive in your
environment to prepare proper sanitization procedures. For example, if you have
a biofilm with listeria, then your iodine sanitizer may not be enough if the
film is not soaked for an adequate time. In that case, QA could be used. Send
environmental samples to labs in order to sanitize properly.
Sampling For Lab Tests
Listeria is unique in that contaminated foods appear and taste normal. Because of this, environmental monitoring should be a part of every facility procedures, along with a cleaning and sanitizing program. Swab sample collection will keep your facility safe. Samples will identify listeria and other pathogens.
Once you know what pathogens live in your environment, you will be able to use the right sanitizers to protect your customers.
Environmental sampling kits
are designed to increase sample count through their large, foam-tipped swabs.
In all kits, a swab is secured to the screw-cap in leak-resistant tubes. To
test, remove the swab and wipe the sample area while rotating the swab. Return
the swab to the tube and secure the cap. Laboratory analysis should be
completed within 4 hours. Samples can be refrigerated for up to 24 hours at
35-39 degrees fahrenheit or 2-4 degrees celsius.
To prevent sample sanitizer
contamination, sampling swabs come pre-moistened with neutralizing solutions.
Neutralizing solutions can interact with microorganisms, potentially harming
the pathogens you hope to test. To prevent this, your swab needs to be tailored
to your environment. Contact our customer service if you need advice on which
swab is best for you.
BioHazard Waste Bags are an important part of medical and healthcare. Be safe, medical procedures also generate significant amounts of waste, which can pose a threat to humans.
Whereever you work, a dental office, veterinary practice, laboratory, or a hospital, it is imperative to take necessary precautions when disposing of medical waste.
For this, health care facilities must understand the classification of medical biohazard waste bags, as well as the appropriate ways of using different hazardous trash bags.
Not all waste can be handled in the same manner.
What Is Medical Waste?
First, it is important to understand what qualifies as medical waste. It comprises all materials that may be infectious or toxic.
Medical bio-hazard waste is any waste that is generated during research, testing, sampling or treatment of animals and humans.
It can contain numerous types of contaminants, including body fluids and blood. Some examples are: bandages, petri dishes, glassware, used needles, scalpels, gloves, and leftover organic material on tissues and swabs.
Reasons for Strict Hazardous Waste Bags Rules
Medical waste poses if not handled properly can cause grave harm to our society.Items that might be contaminated with bodily fluids can result in the spread of disease.
Items like scalpels and needles are sharp and may carry pathogens and lead to spreading infections and illness.
You must properly dispose of these items and materials.
Hazardous waste may also include chemicals such as: heavy metals, disinfectants, solvents, and mercury.
These have high potential to cause organ damage, poisoning, and birth defects. More so, waste with radiation can lead to the enhanced risk of cancer, or cause burns.
In comparison to household waste, the disposal and collection of medical waste is rather costly.
Minimize medical waste generation to reduce costs.
Improper disposal of medical
waste can result in increased health risks, including:
Used syringes on the seashores
Infectious blood being dumped in numerous
landfills, thereby damaging the soil
Pathogens contaminating air, water, and drinking
Animals and humans getting deadly diseases when
accidentally making contact with medical waste
Sharp objects resulting in injuries, not to
mention the spread of infections
Since millions of surgeries are performed every day, it is the cleaning staff’s duty to thoroughly clean out operation theaters after every operation. And dispose of medical waste properly, and sanitize the area.
The challenging part is the staff has to decide what waste belongs in which type of hazardous trash bag category.
Red and Yellow: What Items Go in Which Bio-hazard Can Liner?
All waste items that have been generated from immunization, treatment, or diagnosis of animals and human beings must be regarded as medical waste.
Non-medical waste that has been contaminated with bio-hazardous material, is also considered to be medical waste.
These waste items have different ways of disposal, which is why there are different categories of medical waste bags.
The two most common types of hazardous trash bags are red plastic bags and yellow plastic bags.
Red Hazardous Waste Bags
Red biohazard waste bags are utilized to gather anatomic waste and bodily fluids.
These bags can be used for the disposal of:
Blood-soaked cloths and drapes
any item that has been contaminated visibly with bodily fluids or blood
Bodily fluids include saliva with blood (dental procedure), amniotic fluid, peritoneal fluid, pericardial fluid, pleural fluid, synovial fluid, cerebrospinal fluid, vaginal secretions, and semen.
Anything that has a visible amount of blood or other bodily fluid, even if it is difficult to determine what fluid it is, must be disposed of in red plastic bags. Any unfixed human organ or human tissue must also be disposed of in this bag.
Yellow Infectious Waste Liners
Yellow medical waste bags are utilized for disposing of clinical wastes, which include nappies, pads, aprons, soiled gloves, tissues, dressings, and swabs.
These bags must also be utilized for collecting fluid bags and IV lines, which are utilized for pharmaceutical medicines, syringe bodies, and disposable metallic parts.
It is important to note that yellow plastic bags must only be utilized for disposing of infectious and clinical waste, which contains pharmaceutical medicines and chemicals.
Avoid getting rid of placental waste, non-infectious waste, domestic waste, anatomical waste and pathological waste in these bags.
This shows how important it is for medical facilities to dispose of any waste that contains potentially contaminated by-products of medical treatment, research, or other medical activity. Whether it is from research laboratories, veterinary clinics, dentists, physician’s offices, or even funeral homes.
All types of medical waste must be disposed of in the right hazardous trash bags. Segregating medical waste allows medical staff to handle the waste easily and send the right items to the right disposal. Moreover, this is a great environmental practice that prevents the spread of diseases.
Bio-Hazard trash can liners and waste receptacles keep infectious waste separated from your other trash.
Also Consider Biohazard Specimen Transport Bags
When you need to take a biohazard sample from point A to point B, you need specialized pouches to do the job right.
Great for labs to keep staff, documents, and specimens safe during transport to testing.
Foam swabs are a better solution for critical industries like cleanroom, medical device assembly, PCB assembly, and electronic manufacturing. Most people view swabs as common cotton fiber wrapped on a stick.
However, while cotton is commonly used, Foam applicator swabs are also used by technicians to perform meticulous tasks like repair, precision cleaning, and assembly.
Made of polyurethane foam, these swabs are open-celled foam that contains 100 pores per every square inch.
The pore-and-open-cell structure makes the foam swab extremely effective in trapping particles. Additionally, they thermally bonded, non-abrasive, and durable.
You can also use them with most cleaning compounds and organic compounds. Available in a wide range of sizes and shapes, which means there is swab for every cleaning application.
More Cleaning Power
Excellent Cleaning Capabilities
Foam swabs have great cleaning properties than cotton swabs. The foam swabs have ESD-safe handles that are thermally bonded and help prevent separation during use.
Another advantage of thermal bonding is that it eliminates the usage of contaminating adhesives, sprays, and coatings. Foam is free from amides, silicones, and DOP, which makes them compatible with most cleaning solvents.
Some foam applicators are even compatible with acetone.
Gentle for Delicate Surfaces
From cleaning printed circuit boards (PCB) assemblies to delicate CD’s, these swabs are soft and have low abrasion to protect delicate components.
Uses of Foam Tipped Applicators
There are several areas in various environments that need to be cleaned regularly. However, most places are delicate or hard to reach, and most cleaning tools are either too large or cumbersome for the job.
Most people and businesses turn to foam tipped swabs for effective and precise cleaning.
Foam swabs are soft and non-abrasive, which makes them safe for use even in the most sensitive areas. This type of swabs also features thermal bonding, which helps prevent contamination.
They are not only soft for gentle cleaning, but also sturdy to avoid flexing, folding, and bending during regular use. You can also use them when they are wet or dry.
Removing Contaminants in Manufacturing Environments
If you produce pharmaceuticals, it’s important that your manufacturing environment remains free of any contaminants. Biological contaminants such as pathogens are often introduced by operators.
Fungi and mold may also develop or introduced during processing. Other contaminants include debris that may be introduced when handling some components like metal, fiber, glass pieces, lubricants, and plastic particles.
The best way to keep your pharmaceutical manufacturing environment clean is by using single-use foam tipped swabs.
Because they are only used once, you won’t have to worry about transferring contaminants to other surfaces.
Thanks to their low lint and super-absorbency properties, the swabs will clean all surfaces and equipment of industrial and biological contaminants without causing further issues.
Cleaning swabs for Printer cleaning and maintenance
Clog build up can damage your printer or ruin your work. However, you can use foam swabs to clean the capping stations, wiper blades, and printer heads during routine maintenance.
Unlike cotton swabs, soft foam tip swabs will leave no residue. Plus, they contain no contaminating adhesives.
Use the right foam printer cleaning swabs to maintain your equipment for clean and crisp images and avoid ink splotching and poor performance.
Precision cleaning with foam cleanroom swabs
While cotton swabs are more economical, when it comes to more precision cleaning, foam swabs are ideal, especially where lint should be avoided.
You can easily pair these swabs with disinfectants and cleaning fluids for unique applications.
Additionally, these swabs come in different sizes; they can be as small as 1.7mm with handles as short as 50mm or as long as 2.5 meters.
Foam gun cleaning swabs
Are you a gun enthusiast? You will want to keep your gun clean. Foam tip swabs are engineered to clean the action areas of your gun.
These swabs are lint-free and non-abrasive, washable and somewhat reusable during the same cleaning session.
Additionally, they are made in different sizes to make it easy to clean the rails, crowns, slides, trigger assemblies, and other hard to reach areas. These swabs have bendable handles that won’t easily break or splinter.
Where to buy?
Are you in the market for the best swab that can help you reach those hard-to-reach areas? Depending on the area you want to clean, there are many different sizes and shapes available at Harmony.
Choose from Chemtonics, CleanTex, Coventry, Puritan Medical Products and Teknipure.
To start cleaning today, visit Foam Swabs at Harmony and see the broad assortment for your particular use.
For many years, fingerprints evidence was the standard for investigating and linking suspects to a crime scene. Rapid evaluation of forensic swabs science has shaped DNA evidence as the gold standard.
A few cells are all an investigation team needs to obtain in order to get enough DNA information to identify a suspect.
DNA analysis has been helping law enforcement agencies solve crimes for more than three decades.
DNA swabbing plays a critical role in streamlining crime scene investigation. They enable forensic professionals to extract valuable information from even the smallest samples of saliva, urine, blood, and other tissues.
However, it is important to consider that the effectiveness of forensic analysis depends on the quality of sample collection tools and methods. Low-quality sample collection, storage and transportation media can lead to potentially invalidated results.
How to swab for DNA evidence
The collection of DNA evidence is a highly effective technique used worldwide to solve investigations.
It is essential for medical examiners, forensic scientists, and crime scene investigators to master DNA specimen collection methods.
At a crime scene, both physical evidence, such as a weapon, and biological evidence such as sweat or blood could yield DNA samples. If someone touched a weapon or object, various forms of touch DNA might have been left behind.
In case the crime scene provides a clear source of DNA, the sample can be collected using proven tools like swabs. Here is a simple process to swab for DNA evidence:
Preparation is the first step you should take to ensure effective DNA swabbing. Make sure your staff is well-trained and well-equipped. Approved personal protective equipment (PPE) such as gloves (and possibly even shoe covers, hair nets, and masks depending on the scene) must be used during DNA swab collection.
Proper preparation will help you avoid contamination of samples which can become a critical issue in court proceedings.
Sterile swabs, distilled water, transport media, evidence tape and flashlights are some of the essentials your evidence collection kits should contain.
Swabbing is a preferred DNA sample collection method over taping. There are swabbing techniques used in accordance with the sample type (touch DNA, blood, sweat).
No matter the swabbing methods you implement, change gloves and forceps after each item is necessary to prevent cross contamination. Following are the three most popular techniques:
Swabbing for touch DNA
Double Swabbing for touch DNA
Swabbing bodily fluids like blood
Preserving Forensic Swabs
One of the most important parts of collecting cells is ensuring that the swab is completely dry during preservation and transportation. Some of the modern collection tubes are designed to ensure both effectiveness and convenience in preserving samples.
Here are some tips that will help you conduct a reliable DNA evidence collection process:
Wear protective gloves before removing the swab from its wrapper
Touch only the handle of a forensic swab
Pre-moisten the swab with sterile distilled water if the sample is dry
Place the tip of the swab on the surface and rotate it gently to allow tissues to absorb into the fibers
Put the swab tip-first into appropriate packaging and allow the sample to dry
There are several environmental factors such as temperature, mold, and bacteria that can affect the DNA at the crime scene.
Follow the pre-defined DNA collection procedures even if the crime scene has been compromised.
Use DNA-Controlled Swabs
When the job is to swab for evidence at crime scenes, you can choose from a number of techniques. But when it comes to DNA evidence collection, it is recommended to use DNA-controlled or DNA-free buccal swabs.
If the swab is not free of human contaminants like DNase and DNA, it could compromise the sample, and consequently, the case.
Therefore, always use buccal or DNA swabs certified by an independent laboratory.
Following are two popular types of buccal swabs used widely at crime scenes:
DNA-free flocked swabs are ideal when you have to deal with an extremely small sample size.
Flocked swabs are being increasingly used for forensic processes due to their unique structure which helps crime investigators collect, retain, and elute specimen better than other low-quality swabs.
A flocked swab is also handy when it comes to collecting touch DNA from fingerprints or skin cells, or residue from arso, gunshots, or explosions.
If the sample is large enough and there is no need for advanced collection and elution, a sterile cotton swab, either with polystyrene or wooden handle, will do the job.
If it is not required to transfer the sample to FTA cards, it is recommended to use cotton swabs, not only for DNA collection but also for other medical applications.
About Harmony Lab & Safety Supplies
Need a forensic swab supplier? Harmony can help. Get premium quality buccal swabs ideal for collecting DNA samples from crime scenes.
Forensic professionals have been relying on Harmony for our large collection of cost-effective swabbing solutions.
Available with cotton, flocked and foam tips, our forensic swabs are certified for forensic work and tested to the most stringent standards.
Visit our online store to learn more about our collection of forensic swabs.
Learn All You Need To Know About Specimen Collection and Transport Media in 5 Minutes
Once collected and processed, specimen quality is of prime importance for test results. Using specimens that have not been properly collected, labeled, handled, or stored can have an impact on the value of a test.
Patient care decreases when lab professionals mismanage specimen. Use transport media and swabs for reliable testing results.
Follow procedures and use high-quality equipment to provide satisfactory patient care. Flocked swabs are one example of equipment used during specimen collection and with transport media.
Enrichment media facilitates the growth of a specific organism by providing essential nutrients. Or sometimes contains an inhibitory substance to prevent the growth of normal competitors.
An organism requires nutrition and a special environment to grow. Use Enrichment media when a low amount of potential pathogens are present in a specimen.
More and more, research facilities and labs are using enrichment and transport media to support the process of recovering and detecting pathogens after collection. Companies like Puritan have come up with the solutions in form of liquid-based media offerings such as Lim Broth Transport Medium.
These products play a vital role in cultivating clinical specimen and making things easier for microbiologists, nurses, and other workers associated with healthcare industry.
Transport medium is a balanced, non-nutritive medium that provides a controlled environment to maintain the survival of microorganisms.
All this without causing growth from the time of collection to the processing stage. There are many types of transport media used for different types of specimen collection.
We can generally categorize them on the basis of their physical state and their functions. Transport medium is required for samples that may contain pathogens but could not be processed right after the collection. It may be urethral swabs, stool, nasal and throat swabs.
These systems maximize specimen collection and make it more convenient via easy handling and rapid release.
For example, use UniTranz-RT® for transport of viruses. As well as Chlamydia, Mycoplasma, and Ureaplasma bacteria specimens. Contains antimicrobial agents and incorporates glass beads for efficient vortexing.
Available with a select offering of tipped applicators or as stand-alone vials.
This provides the ideal environment to protect aerobic, anaerobic, and fastidious bacteria viability for transport to the lab. Proven compatible with automated instruments and reliable for molecular transport.
Almost all of these systems come with swabs for simple collection and elution. And conform to the M40-A standard for microbiological transport systems.
For microbiology testing, initial collection of samples is of prime importance. Errors occurred at the initial stage cannot be rectified at a later stage.
Following are some useful guidelines that can help complete a satisfactory pre-collection procedure:
A person performing the test should wash hands before and after specimen collection.
Use Appropriate personal protective equipment such as disposable gloves throughout the process.
Collect Specimens in sterile medium with tight-fitting lids to prevent spillage and contamination
Use Transport medium to preserve microorganisms during transportation.
Accurate and rapid sensitivity reports can save lives and help provide the quick and right treatment.
Yet, you can only get accurate results when lab operators use the right methods, tools, and enrichment and transport media to collect, transport, and store the specimen.
There are plenty of options when it comes to swabs and other tools for collecting specimens for diagnostic testing.
But, it is important to equip your lab with high-quality and approved media transport swab systems and tools.
What are flocked swabs?
Leading health researchers are of the opinion that flocked swabs are the top innovative, single-use devices that accommodate superior specimen collection and elution processes.
Flocking is a process where multi length-fibers are applied to an adhesive-coated surface to bring about improved sample collection characteristics in the applicator.
When it comes to specimen collection, Flocked swabs offer many applications and advantages.
Health professional use flocked swabs and transport media to detect and recover pathogens.
Flocked swabs have uniform, fine bristles arranged around the applicator tip. This assures ultra-clean tips and reliable performance.
Unlike traditional wound fiber swabs, flocked swabs have no internal core to absorb and trap collected specimens.
Flocked swabs have a velvet-like brush tip and provide superior collection and release characteristics.
Following are some of the characteristics of flocked swabs:
1. Best sampling
Flocked swabs have the ability to collect organisms and rapidly release entire cells.
Flocked swabs an ideal choice for rapid diagnostic tests. Patented Puritan flocked swabs known for premium quality manufacturing and unique design leading to higher sample yields.
2. Rapid elution
It is important to collect and keep a larger amount of specimen to generate refined results.
Flocked swabs designed by Puritan have no inner fabric to absorb the specimen that leads to rapid elution.
They not only bring about better sample yield, but also facilitate a complete release of the sample into liquid media.
3. Improved diagnostic sensitivity
Accurate, rapid culture, and sensitivity reports are critical factors in examining biological elements.
A patient with an infection needs quick and appropriate treatment. Puritan’s patented flocked technology turns each strand of fiber into a fiber-like brush.
Which makes it possible to obtain excellent collection and release of specimen samples.
4. Easy handling
Puritan flocked swabs support easy and effective transport procedures. Pre-molded breakpoints with printed instructions make it easy to break the handle before attaching the cap to the vial.
After sampling, one can replace the top part of the tube cap for trouble-free transport.
How Harmony can help
Harmony offers viable, dependable, high performing Puritan swabs, applicators, tongue depressors, and other clinical tools.
You’ll find specialized specimen collection and handling applicators including media transport system kits that include collection swabs.
You can call us and get free help if you need more information on our products. We will be happy to assist you.