#filter pipette tips

[labmatesblog]

Filter Pipette Tips 

Exceptional polish, flash-free aperture, and crystal clear filter pipette tips. created to prevent contamination in direct applications, like those in the fields of clinical and life sciences, molecular biology. www.labmate.com

[yueyimold]

256cav dispolab tips mold

China medical mold maker, offer filter micropipette tips mold, disposable micro pipette tips mold, dispolab tips mold, plastic micropipettes mold, pipet tips mold

[eakan2024]

200ul Low Retention Filter Tips

When it comes to sample handling and preparation, accuracy and precision are very important. That's why when you're looking for reliable pipette tips to use in your lab, you want to opt for ones that have low retention and allow for maximum sample recovery. That's where 200ul low retention filter pipette tips come in.

These pipette tips are designed with a special hydrophobic surface that repels liquids and prevents them from sticking to the inner walls of the tip. This results in less sample loss and more accurate sample delivery. Additionally, the tips are equipped with integrated filters that protect your samples from contaminants and ensure you get optimal results.

So if you're looking for pipette tips that offer high accuracy, precision, and sample recovery, be sure to choose 200ul low retention filter pipette tips. They're sure to become your go-to choice in no time.

Specifications of 200ul Low Retention Filter Tips

Cat.No.

Name

Color

Volume

Length

Filter

Sterile

Packaging

Addl. Info.

CS

Compatible

CT200S-0-TLF CT200S-1-TLFS

200ul Low retention

Filter Pipette Tips

Natural Color

200uL

50.55mm

Y

Optional Y

Bulk: 1000 Tips/Bag Racked: 96 Tips/Rack

Maxumum

Recovery Surface

10000/CS 4800/CS

Eppendorf®/ Thermo®/ Gilson®/Nichiryo®/ Oxford®/ Socorex® etc.

CT200A-0-TLF CT200A-1-TLFS

200ul Extended Length

Low retention Filter Tips

(Graduated mark)

Natural Color

200uL

59.30mm

Y

Optional Y

Bulk: 1000 Tips/Bag Racked: 96 Tips/Rack

Maxumum

Recovery Surface

10000/CS 4800/CS

Eppendorf®/ Thermo®/ Gilson®/Nichiryo®/ Oxford®/ Socorex® etc.

CT200AL-0-TLF CT200AL-1-TLFS

200ul Extra Long

Low retention Filter Tips

(Graduated mark)

Natural Color

200uL

89.00mm

Y

Optional Y

Bulk: 1000 Tips/Bag Racked: 96 Tips/Rack

Maxumum

Recovery Surface

10000/CS 4800/CS

Eppendorf®/ Thermo®/ Gilson®/Nichiryo®/

Oxford®/ Socorex® etc.

[pakgent]

PakGent 1000 Medium Long Universal Pipette Tips

1000 Medium Long Universal Pipette Tips: These tips provide a balance between standard and extra-long pipette tips. Their medium-long length allows for greater accuracy, while ensuring a secure seal. These tips are ideal for applications that require both precision and accuracy.

Advantages of Using 1000 Medium Long Universal Pipette Tips

The 1000 Medium Long Universal Pipette Tips have moderate volume capacity and are ideal for handling medium-sized amounts of liquids, commonly used in sample and buffer preparation.

Their medium-long design reduces the chance of contamination of the pipette mechanism, preventing cross-contamination between different samples. These universal tips are compatible with a variety of pipette models, reducing the need for various types of tips. They offer consistent and dependable results, being standardized in their design. These medium-long tips are easy to handle and typically come in convenient packaging, minimizing waste and making them great for reducing reagent waste. They are highly versatile and suitable for several laboratory applications such as sample preparation and general assays.

To sum up, these tips are an excellent choice for researchers looking for reliability, convenience, and versatility in their laboratory work.

[tubeplateqw]

Choosing a Filter Tip For Your New Cigarette

If you're thinking about getting a filter tip for your new cigarette, there are several options available. Some are made of Pre-Roll Glass, Hemp Paper, Corn Husk, or Elkay. These will all stop your lips from becoming irritated. These can be quite affordable, too. Pre-Roll Glass Filter Tip

A Pre-Roll Glass Filter Tip is a great way to reduce resin intake in a pre-roll cigarette. These glass China filter pipette tips suppliers filters are tapered to fit different-sized pre-rolls. They slide easily into the glass filter tip for a secure hold. These tips come in two different sizes: pre-roll size and roll-in size.

The glass filter tip makes smoking a much better experience. It prevents the paper from getting soggy or sticky and makes the paper more comfortable to hold. It also prevents you from burning your lips and fingers while smoking. Cleaning the tip is simple too! To clean it, simply use a q-tip and rubbing alcohol.

Pre-Roll Glass Filter Tips are an excellent alternative to paper filters. They give a smoother, more consistent smoke and are easy to clean. They make smoking an easier experience and save time. You can use them time and again, as long as you clean them correctly. Hemp Paper Filter Tip

[hylianengineer]

What's the most evil lab equipment in your opinion 😂

In my very subjective opinion? Ion chromatographs are on my shit list. It's not really their fault - the one I have to work with is old, hasn't been maintained properly, and no one else knows how to use it so I have to figure out everything myself, which is NOT FUN! It's finicky, frustrating, and it requires working with sulfuric acid, which I do not enjoy. It's very very sensitive and if you accidentally contaminate it with ions, you will be troubleshooting for weeks trying to figure out what happened. Ions are everywhere, in everything. In dust, in tap water (and nearly all filtered water, we have a special machine that makes Ultra Pure water with no ions or anything in it), on your skin, on virtually every surface that hasn't been specially cleaned. So if you have extra ions that shouldn't be there, it's a guessing game - are they from the sample? The eluent? Sample vials? Glassware? Is the water filter malfunctioning? Are the ions even there at all or is the detector messed up? You just have to keep trying stuff until it sorts itself out. The one I work with has NOT sorted itself out yet and I've been at this for over two weeks. I'm at my wit's end here.

And bonus answer for non-instrument equipment: drying tins. They're these little aluminum trays to put soil or whatever in when you stick them in the drying oven but they make Bad Noises when they scrape together. Also they bend easily, so if you stack them and then they get knocked around, sometimes it becomes very very difficult to get them apart.

In contrast, the best instrument is the Gas Chromatograph and the best other equipment is micropippettes. The GC is straightforward, easy to use, really hard to contaminate, and rarely has technical problems (plus when it does, they're not my problem - I am not the designated GC expert). Micropippettes are just fun because it's satisfying to click the button to release the pipette tip and launch it into the trash can.

[shadowisles-writes]

Peer Pressure (Part 1) [Elucien]

I don’t usually give into peer pressure

But I’ll give into yours

A/N: Here is my contribution to the first part of the third writing circle. A massive thank you to everyone participating, this is the biggest one yet and we have more ships than ever. You can find everyone’s work in this masterlist, make sure to go show some love!

Big thank you to @headcanonheadcase for listening to all my thoughts and for the beta on this <3

Word count: 3117

Read on AO3

.

Elain sprayed 70% ethanol into her biosafety hood and wiped it clean from right to left. No one had used it since she did earlier this morning, but you could never clean too much in a cell culture room. The air flow had been on for over five minutes, progressively filtering the air inside the hood so that she could start working without risking contaminating her cultures.

A water bath set to 37°C warmed her solutions while she began filling the hood with material. Pipettes, tips and petri dishes all got sprayed with ethanol before finding their place on the metal. Elain hummed to herself as she worked, she’d done this a hundred times and barely needed to think.

Clean to the right, dirty to the left. It was the policy in her university’s lab. Technically, everyone cleaned the hood before and after using it, but in the interest of sanity (nothing made Elain more crazy than someone’s sloppy work resulting in contamination in her experiments) they all placed their clean material to the right, and anything that was used and to be discarded moved to the left.

Human cells were kept at 37°C in the incubator to her right. The HeLa cell line came from a woman named Henrietta Lacks, someone Elain made sure her interns remembered as she never got the credit she deserved. After being diagnosed with cancer in the 1950s, the immortal cells from Henrietta’s tumor were taken and kept by researchers, without her knowledge or consent of course.

It had been legal at the time, but Elain—and every biologist she knew—still thought it was awful. Yet, they had been used over and over in medical research, and after so many years Elain had no better model for her experiments than this immortal cell line.

They required a bit of maintenance, but after a year of working with them Elain could practically do that in her sleep. She ran through the motions of a passage in no time and placed her new petri dishes on her shelf in the incubator.

Everything that was single use and had touched cells under the hood got discarded in the autoclave bag, and Elain quickly finished cleaning up after herself. Out of the room and with her gloves off, she finally got the chance to check the time on her phone.

It was still the middle of the afternoon, but there was only so much work she could do in the lab. This had been the last task Elain could think of before she was forced to get back to the small office she shared with a couple of other students to sit in front of her laptop. Now, she had no other choice but to work on analyzing her data.

The office was exceedingly gray apart from a few pictures she and the other girls had stuck on the wall in front of their desks. It was no surprise they would rather sit anywhere else on campus, and usually Elain did too, but this time she couldn’t afford a distraction.

It took all of her focus and three youtube videos for her to give up on statistics and bury her face in her hands. Why in the world had she avoided statistics after the second year of her undergrad? She remembered next to nothing about basic statistics, and what she could recall wasn’t even relevant to what she had to do for her current dataset. She was going to have to teach herself how to do this, and it was going to be painful.

Elain could always, of course, ask her supervisor. She just didn’t want to deal with the embarrassment of announcing she wasn’t capable of doing her own statistics because she’d been too lazy to take an advanced class during her undergrad.

The two girls she shared the office with would be no help, one was in the last year of her PhD and always hiding in the library to finish writing her thesis while the other was in her third year and always running around the lab to run as many experiments as she could. Neither had time to help her, or even liked statistics to begin with. No one became a biologist to analyze data, it was all about the lab work.

It was only then that it struck her. Some insane people did become biologists for the data, and she knew of exactly one in this department. While everyone else spent the majority of their time in the lab and made plans to hang out while they were there, Lucien Vanserra was somewhat excluded as he analyzed metaproteomics data.

He wasn’t the friendliest man Elain had ever met, he had his own office and was always hiding in there, but he’d been kind the few times they had interacted. He was the only person who might have the time and skill to help her.

Closing her laptop, Elain pushed her chair back and made her way down the corridor to find him. Lucien’s office was a mirror of hers a few doors down. The only reason he didn’t have to share it was that no one else became a biologist to spend the five years of their PhD running numbers.

“Hi,” she popped her head in after knocking. “Do you have a minute?”

“Sure,” Lucien pushed his chair back slightly to angle himself towards her and hid the tabs he was working on.

Somehow, Elain was too stuck remembering how handsome he was to get inside and speak. His office was just as gray and sad as hers, but his red hair was so pretty it filled the room with color. Russet eyes remained trained on her, just a shade lighter than his brown, flawless skin. His cheekbones were defined without making his face angular, though his jawline was something straight out of a magazine.

Elain was staring at his full, perfect lips when he awkwardly cleared his throat and she remembered what she was here for.

“Right,” she stepped in to let the door fall shut and helped herself to one of the free chairs to sit beside him. “I’m just starting to analyze some of my data, and I was hoping you could give me a hand with statistics, if you have the time.”

“Well, I don’t know how much data you have but I can probably help.” Lucien moved his keyboard to the side and pushed his monitor back slightly to make space for her laptop.

“Thank you so much. I guess it’s not much compared to what you’re used to,” Elain typed in her password and let him look at her excel file. “But I’ve never had to do this before, so I’m lost.”

He hummed to acknowledge he heard her, but his eyes were already scanning the numbers, figuring out how she built her table and how many variables she had before he looked at her again. “What am I looking at exactly?”

“That’s the data from my immunofluorescence,” Elain let him scroll through the rest of the table. “Basically, I did different treatments on my cells, then I fixed them on a slide and added a primary antibody to detect the protein I’m interested in. My secondary antibody is fluorescent, it detects the primary, so the intensity of the fluorescence detected by the microscope correlates to the concentration of my target protein.”

“Alright, so that’s your intensity,” he used the mousepad to point to some numbers. “And that’s your treatments? And you’ve already built some graphs?” He switched between the pages to look at them.

“Yeah, I know which treatment increases the protein concentration the most,” Elain had made the graphs pretty, adjusting the colors so that they’d fit the theme of the poster she was meant to present at a conference in just a few weeks. “But I don’t know if any of it is significant.”

“Right. So you need me to tell you which tests to run?”

Lucien looked at her like it was obvious—which it probably was to him. Her cheeks flushed, though she at least knew the answer to that after her reading and the videos she’d watched.

“No, I read up on that, tried to revive some memories from second year biostatistics. What I’m struggling with is R.” Just speaking the name of the program was enough to make her cringe. R was the most widely used program for statistics, and yet she had no idea how to do anything with it.

It was all it took for Lucien to pinpoint her problem. “You can’t code.”

“I can’t code.” Elain confirmed. “I’d really appreciate it if you could show me just for one dataset, and then I’ll use that as a template for the rest by myself.”

“It shouldn’t be too long, we could do it now,” Lucien agreed, emailing himself her file so that he could open it on his own computer. “You’ve used R before, right?”

“I used SPSS,” Elain made a face that told Lucien everything else he needed to know.

A class on R was enough to know how to run basic tests, it introduced just enough coding for it to make sense, but SPSS didn’t make you code for anything. If that was all she had ever used, she wouldn’t even know how to import her data into R.

“Alright, it might take longer than I thought,” Lucien said. “Maybe we can take some time tomorrow? I have a meeting in the morning and I need to finish a quick presentation for it. I could help you after lunch, if that works for you.”

“Yes, of course, whatever’s best for you.” Elain promptly nodded and reached for her laptop to get out of his hair. “Thank you so much Lucien.”

“Happy to help.”

.

Lucien took the next afternoon to help her, and the next, and the next. By Thursday, Elain’s brain had melted into a pile of goo and she was sure Lucien had to be sick of her. On top of everything he had shown her, she had spent her mornings trying to understand the next steps by herself only to find herself inevitably stuck.

“Fuck this,” Elain swore, dropping her head to her desk. She let out a loud groan to calm down, then straightened her back, took a deep breath and went back to staring at her screen. She deflated like a balloon on her exhale, the jumble of lines of codes making no more sense to her than it had in the past hour.

A knock came on her door, and Elain prayed it was someone coming to crash in her office to procrastinate so she could use it as an excuse to stop working. Lucien opened the door instead, an easy smile on his face.

“Hey, do you need me today?”

“Yes please,” Elain didn’t hesitate to say. He walked right in and stole a chair to sit beside her. “You’re an angel.”

“It’s no big deal,” Lucien ducked his head, a couple of strands of hair falling in his face. The rest was held back by a claw clip, and Elain thought of how unfair it was that every style suited him so well when she typically hated men with hair this long. “It’s this one, isn’t it?” Lucien pointed to one of the lines he had added to her code yesterday.

“Yes,” Elain sighed and tore her eyes away from him to focus. “I’ve been losing my mind for an hour, I think.”

“When we’re done you need to go get fresh air or do something fun, no one learning how to do this can do it all at once,” Lucien reached for the laptop, and Elain pushed it toward him.

“Well lucky for me there’s a party downstairs tonight with some dangerously cheap tequila.”

On campus parties organized by the science departments were very… unique. The space they had for it was large, but there were never enough students to fill it, which always made things awkward. Pair that with a student’s spotify staying open on a laptop for anyone to add songs to as the main source of music and it wasn’t hard to imagine how much anyone would cringe on a night like this.

Luckily, undergrads were just there to fill the space and grad students stuck together to drink and forget their work without having to go through the effort of dragging themselves to a bar or club. Elain had been roped in at the start of her first year, and she rarely missed those occasions anymore.

“Ah, sounds fun.” Lucien’s voice came out flat, his lie obvious.

“Are you coming?” Elain tried anyway. She’d been wrong in thinking he wasn’t friendly before she asked him for help, Lucien was lovely and easy to be around, and she was sure the only reason he was always working by himself was that no one else ever remembered to invite him.

“I don’t think so.”

“Why not?” Elain pressed, pushing her laptop back so he couldn’t use it as a crutch? “You should,”

Lucien sighed and looked at her. “There’s always a weird theme, I’m not dressed for it.” The sanitized excuse would have worked on anyone else, but she wasn’t ready to give up.

“Neither am I, for now.” Elain was in a plain pastel pink t-shirt and light blue jeans. Nothing about it screamed themed party, but she’d make it work. “I brought accessories, and you don’t need to fit the theme to come.”

Surely he knew that last part. Except… maybe he didn’t, and Elain gasped before she spoke again. “Lucien. Have you never been to any of these?”

“Guess not,”

“You’re in your third year!” She exclaimed. “How is that even possible?”

A shrug, then a helpless look towards Elain’s laptop as if the lines of code on the screen could save him. “I’m not that close with everyone else in the labs.”

“Well, neither was I until my first campus party.” Elain reasoned, toning her excitement down to plead with him. “Please come, I’ll be there, and it’ll be fun.”

Lucien, like the responsible man he was, pulled her work back within comfortable reach so they could get to the end of it. “We can finish this, and then I’ll think about it.”

“How much thinking will you need?”

“You’re not going to focus until I say yes, are you?” Lucien gave her a look, his head tilted as he read the expressions on her face. Elain kept her mouth shut and bit back a smile, her eyes full of hope. “Fine,” he caved too easily. “What’s the theme this time?”

“Tropical. I have hair pins with seashells on them and I bought this coconut shaped cup,” Elain opened one of her drawers. “Lucky for you, it came with a matching pineapple.”

“Of course it did.”

.

A very unproductive work session later, Lucien had fully given in for the party and Elain was rummaging through her things to accessorize them both. In an effort to get in the mood, Lucien was already sipping water from his pineapple and he’d stuck one of the seashell bobby pins in his hair.

“We can do better than that,” Elain’s curls had been pulled back slightly, uncovering her face, and it was now time for her to focus on Lucien’s hair. “Can I braid your hair?”

“Does it look like I know how to say no to you?” He lifted his pineapple and earned a grin.

“I’ll be quick.” Elain promised as she took the claw clip out of his hair.

Long strands of red hair cascaded down his back. What she guessed was usually straight, maybe slightly wavy, was now stuck in the shape it’d be held in all day. She brushed it gently, but it was barely tangled. Whatever products he used on his hair, they were perfect for him.

“Tell me if I pull too hard,” Elain parted a few strands near his temple and made quick work of braiding toward the back of his head.

Lucien didn’t say a word as she worked, closing his eyes and letting her use hair ties and pins until she was satisfied. Her fingers were used to the motions, she had grown up with two sisters and while they weren’t close anymore, there was a time when the three of them would spend the entire afternoon braiding each other’s hair in complicated updos.

“There,” Elain tucked the last strand away with her last seashell pin. “No more excuses, you fit the theme now.”

“Thank you,” Lucien opened his phone’s camera to check her work, and he could find no flaw in it.

He would have never done something like this himself—the style was more feminine than what he was used to—but it looked beautiful.

“Where are the girls from your office?”

“They’re not coming,” Elain applied a quick layer of pink lip gloss. “Emily is too busy finishing her thesis, and Mara is always with her boyfriend when she’s not in the lab.”

“Do you have one?” Lucien asked, making her frown.

“One what?”

“Boyfriend—or girlfriend, I guess,” he got up from his chair and busied himself with twirling the straw of his pineapple cup.

The coconut looked ridiculous in Elain’s hands, it was too big for her to comfortably hold in one hand, and the pineapple was a little bigger. Somehow, Lucien’s hands still dwarfed it.

“No,” Elain looked away from his hands and shrugged. “What about you?” She added innocently, as if she wasn’t burning to know if he had a girlfriend. It also wouldn’t shock her if Lucien was far too handsome and smart to be straight.

“No girlfriend,” he provided simply before he switched the subject. “Where’s everyone else?”

“They went out to get food. You’d know if you ever checked the group,” Elain waved the messenger chat in front of him. “You’ve been in it for ages, you know?”

“I might have muted that,” Lucien looked almost apologetic. Truth was he didn’t feel included whenever they invited everyone for plans and the more he waited to show up, the less welcome he felt.

“Fair enough, it gets annoying.” She moved on to grab her office keys, slipped her phone in her back pocket and grabbed her coconut. “Ready? There should be enough people now that it won’t be awkward,”

“Isn’t awkward the point of this whole thing?”

“Just be patient, it’ll be great when the alcohol kicks in.” Elain seemed to be buzzing now, the excitement of the party starting to show.

“This is going to be a disaster,” Lucien stepped out of the office first.

Elain only grinned. “Exactly.”

.

Please reblog and let me know your thoughts &lt;3

[askinkiskarma]

hi andra! first of all i wanted to tell you i love your writing! second of all, i'm doing a master's in biomedical science as well and while i find it great, i find the project really challanging, and since i know you also work with cells, can you please give me some tips on how to split my cells without infection? i don't know what i'm doing wrong and my lab is not very supportive. thank you so much!

omg hi angel!! thank you so much first of all and second of all, i'm sorry your lab isn't supportive, that must suck. pls do know that getting infections happens to the best of us and it's pretty inevitable, but i can tell you some tips that help me?

always make sure you spray down the hoods with IMS. all of the hood, the inside, the glass panel, both on the inside and the outside.

figure out what kind of infection is first and if anyone else is experiencing it bc it might be a lab/incubator issue

spray down everything you put in (pipettes, pipette guns etc), and make sure you don't leave anything in the hood after you're done

make sure the technicians (if you have technicians) are autoclaving everything properly and that you don't use anything that's not sterile that makes contact with the cells

always change pipettes in between steps, and do not touch the rim of the bottles of media/pbs/trypsin whatever you use. - probably the step a lot of people fail at

make sure you don't spill liquid on the flask lid filter, because that messes it up and bacteria could get in the flask

use penstrep in your media for antibacterial infections - although that can mask poor technique so initially i wouldn't

i avoid putting my media and trypsin or anything in the waterbath if i can help it - any warm liquid, and especially if it's not maintained properly is a paradise for bacterial growth, so if i were you, i'd just come like 30 mins before and remove everything from the fridge and leave it on your bench until you're ready to use them

OH! do not do anything near the edge of the hood, always do everything as far back as your hands can reach!!! very important

do not do cell culture without a lab coat, and have a different lab coat you only wear in tissue culture

check regularly for mycoplasma (your lab should do mycoplasma testing)

hope this helps love xx let me know how it goes and enjoy your project, i loved my master's project so so much and i hope you do too x

[microlitseo]

Troubleshooting Common Issues with Liquid Handling Instruments

Liquid handling instruments, such as pipettes and dispensers, are essential tools in laboratories worldwide. However, even the most reliable instruments can encounter issues. In here, we’ll discuss some common problems you may face with liquid handling instruments and provide troubleshooting tips for the same. 

Common Issues & Troubleshooting Tips

1. Inaccurate Pipetting:

Causes: Tip leakage, air bubbles, incorrect technique, or pipette calibration issues.

Troubleshooting:

Tip leakage: Ensure a tight seal between the pipette tip and the pipette shaft. Use high-quality tips that are compatible with your instrument.

Air bubbles: Avoid trapping air bubbles during aspiration by immersing the tip fully into the liquid. Use a plunger speed that prevents bubble formation.

Incorrect technique: Refer to the user manual for proper usage of micropipette technology. Practice regularly to improve your skills.

Calibration issues: If the problem persists, have your instrument calibrated by a qualified technician. 

2. Tip Clogging:

Causes: Clogged pipette tips, viscous liquids, or particulate matter in the liquid.

Troubleshooting:

Tip clogging: Use high-quality tips that are free from defects. Avoid overfilling the tips.

Viscous liquids: Use pipette tips designed for viscous liquids. Pre-wet the tip with the liquid before aspirating.

Particulate matter: Filter the liquid before pipetting to remove contaminants.

3. Instrument Leakage:

Causes: Damaged seals, worn-out parts, or incorrect assembly.

Troubleshooting:

Damaged seals: Inspect the precision instrument for visible damage to seals or O-rings. Replace damaged parts as needed.

Worn-out parts: Regular maintenance and calibration can help identify and replace worn-out parts.

Incorrect assembly: Refer to the user manual for proper assembly instructions. Ensure all parts are securely fastened.

4. Instrument Error Messages:

Causes: Various issues, including calibration problems, sensor malfunctions, or software errors.

Troubleshooting:

Calibration problems: Have your laboratory liquid handling instruments calibrated by a qualified technician. 

Sensor malfunctions: Check for any visible damage to sensors or cables. If necessary, replace the faulty component. 

Software errors: Update the instrument's software to the latest version. If the problem persists, contact the manufacturer's technical support. 

5. Instrument Performance Degradation:

Causes: Lack of maintenance, contamination, or general wear and tear.

Troubleshooting:

Maintenance: Follow the manufacturer's recommended maintenance schedule. Clean and disinfect the instrument regularly.

Contamination: Avoid contamination by using clean pipette tips and working in a clean environment. 

Wear and tear: Regular maintenance and calibration can help prevent premature wear and tear. 

Our Commitment to Quality & Support:

At Microlit, we are committed to providing high-quality liquid handling instruments and exceptional customer support. Our instruments are designed to be durable, reliable, and easy to use. If you encounter any issues with your liquid handling instrument, our technical support team is here to assist you. 

Remember, regular maintenance, proper usage, and timely assurance can help ensure the optimal performance of your liquid handling instruments. By following these tips and seeking assistance from Microlit's technical support, you can minimize downtime and maximize the efficiency of your laboratory operations.

[accumax]

Different Types of Pipette Tips and When to Use Them

Like deciding what to wear for the day, walking into a laboratory means you have to choose the right pipette tips for your experiments. This is about precision in avoiding mistakes and contamination rather than personal preferences when working in a lab. There are various types of tips, each designed with a specific application in mind.

Below is an ultimate guide on how to make sense of different kinds of pipette tips and their uses.

1. Non-Sterile vs. Sterile Tips

Non-Sterile Tips: These can be used for general laboratory procedures where sterility is not necessary. Using non-sterile tips may save money if you are dealing with non-sensitive samples or performing routine tasks.

Sterile Tips:

Required when doing tests where contamination would lead to compromised results, such as in microbiology, molecular biology or clinical settings. Such tips are pre-sterilized and certified free from contaminants like RNase, DNase, endotoxins etc. Although it might seem appealing to autoclave non-sterile tips onto sterile ones, inconsistent outcomes may occur because autoclaving does not have quality control measures.

2. Filter Tips

Filter Tips They are designed in such a way that prevents aerosols and liquids from entering the pipette body and thus safeguarding your samples as well as the pipette. Whenever you are dealing with volatile substances, corrosives or infectious materials it is important to use them. In some cases like PCR experiments where there is risk of contamination leading to false results, presence of filter tips is compulsory.

3. Long Tips

Long tips can get to the bottom of narrow tubes and deepwell plates without causing contamination towards the pipette’s shaft. In case you are working in a laboratory where you transfer liquids from tall containers, it is advisable to use long tips that maintain sterility and accuracy.

4. Short Tips

If you have short tips, ergonomic pipetting will be made possible, and hence there will be less strain on your arm or hand especially if you are using small well plates or multichannel pipettes. By sitting closer to the bench, they ensure exact pipetting making them the best for such fast robots.

5. Low Retention Tips

Low retention tips refer to those that comprise of special polypropylene blend or else coated with a hydrophobic surface intended for minimizing liquid retention. It is particularly essential when handling viscous or low surface tension liquids like concentrated protein or DNA solutions; this kind of tips ensures maximum sample recovery as well as accurate pipetting which may influence sensitive assays.

6. Wide Bore Tips

In delicate specimens like cell suspensions, standard ones can shear cells mainly due to their small opening; while wide bore tips have bigger holes thus providing easy passage for the solution through them hence preventing damage among other things when dealing with delicate samples such as cells in suspension or very thick liquids.

What Counts Concerning Quality and Fit

Quality of the tips that you get is as important as choosing the right type of tip for your pipette. This is because, by selecting poorly fitting or low quality tips, you risk taking inaccurate measures, adding to the strain of pipetting and contaminating samples in the process. Thus, it is advised that a high-quality tip should be compatible with your pipette for better outcomes and accurate results. Keep in mind therefore, how well the tips fit into your pipette so as to ensure consistency in lab work.

The importance of selecting the correct pipette tip does not depend on someone’s liking but rather impacts on getting reliable results. In order to ensure successful and efficient lab work it is necessary to identify various types of pipette tips and their applications. This blog originally posted here:  Different Types of Pipette Tips and When to Use Them

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GLOBAL PIPETTE TIPS MARKET

GLOBAL PIPETTE TIPS MARKET SEEN SOARING ~8% GROWTH TO REACH USD ~1,150 MILLION  BY 2032, PROJECTS UNIVDATOS MARKET INSIGHTS

According to a new report by Univdatos Market Insights, the global pipette tips market is expected to reach around USD 1,150 Million in 2032 by growing at a CAGR of 8%. The pipette tips market concerns the global industry of laboratory supplies, which keeps a plethora of scientific, clinical, and research processes. Pipette tips for accurate and reliable measurement and transfer of liquids are vital accessories across many different laboratories. They help to avoid errors in the experiment and give more credibility to the results as a reproduction of the experiment would likely yield similar results.

Unlock The Insights of This Strategic Report  - https://univdatos.com/report/pipette-tips-market/get-a-free-sample-form.php?product_id=61501

Analysis of Global Demand for Pipette Tips

The use of pipette tips is directly proportional to the growth of the biotechnology and the dealing with pharmaceutical businesses. Scientists reported increasing demand for liquid handling due to high-throughput screening, drug discovery and development, and genomic research. This need was accentuated by the continuing COVID-19 pandemic that required massive amounts of diagnostic testing, vaccines, and associated research that were critical for efficient pipette tip usage. Lastly, the shift to more focused diagnoses due to molecular medicine and individual approaches in treatment also contributes to continuous demand for these crucial lab products.

In clinical diagnostics, pipette tips are used for PCR (Polymerase Chain Reaction), ELISA (Enzyme-Linked Immunosorbent Assay), and several other immunoassay techniques. These tests must be very delicate to give correct diagnosis outcomes because they are critical in guiding patients on the next procedure. Likewise, in the pharmaceutical and biotechnology industries, reliability and credibility are essential since repeated outcomes are needed for accurate results, which in turn create a constant need for efficient pipette tips. In addition, educational and research institutions are also the other major consumer base because many university experiments require the use of pipette tips for numerous procedures.

Number of individuals with chronic medical conditions in the U.S. from 1995 to 2020 and projections for 2025 and 2050, (Data in Millions)

Pipette Tips Cost Considerations

Pipette tips themselves are one of the largest expenses and can vary in price depending on several parameters, such as the material it is made of, the design of that particular pipette tip, and its volume. Pipette tips specifically universal ones are normally manufactured using polypropylene making them quite chemical resistant and holding vile amounts of sample. However, situation-specific tips, for example, filter tips that stop cross-contamination and aerosol formation are relatively expensive due to the novelties they offer.

In laboratories around the world, robots have been integrated as replacements for human labor, and this has given birth to robotic pipette tips that are compatible with automated systems. These are more advanced sorts of tips and whereas they supply higher accuracy and performance they’re dearer than the primary styles due to their engineering and compatibility. Likewise, the application of such low retention and pre-sterilized tips also influenced the cost pattern of pipette tips.

Unlock The Insights of This Strategic Report  - https://univdatos.com/report/pipette-tips-market/get-a-free-sample-form.php?product_id=61501

Applications of Pipette Tips:

The pipette tips apply anywhere in large volumes, which is evident from the following categories of uses. The most relevant areas in clinical diagnostics include sample preparation, pipette-dispensing reagents, and performing different assays using pipette tips. Such accuracy is helpful to prevent inaccuracies in diagnostic tests that may be dangerous to the patient and affect treatment.

In the pharmaceutical industry, however, pipette tips are crucial components of the entire drug discovery process. High-throughput screening involves testing hundreds of compounds for therapeutic efficacy; this requires the use of equipment such as liquid handling stations, pipette tips. This enables the researchers to carry out massive experiments in the shortest time possible and with high levels of efficacy.

Recent Developments/Awareness Programs:- Several key players and governments are rapidly adopting strategic alliances, such as partnerships, or awareness programs for the treatment:-

In May 2022, Premix, Inc. was given a USD 79.9 million contract by the Department of Defence (DoD), on behalf of and in coordination with the U.S. Department of Health and Human Services (HHS), to start producing a plastic compound primarily used for pipette tips, which are crucial to COVID-19 and other diagnostic testing efforts. The American corporation Premix, Inc. is a division of the Finnish company Premix Oy.

Conclusion

The global pipette tips market is poised for continued growth, driven by the relentless advancement of scientific research, clinical diagnostics, and industrial applications. The demand for precision, accuracy, and efficiency in laboratory practices ensures that pipette tips remain essential tools across various sectors. While cost considerations present challenges, especially for smaller laboratories, innovations in manufacturing and the expansion of automated systems offer potential solutions for managing expenses.

Key Offerings of the Report

Market Size, Trends, & Forecast by Revenue | 2024−2032F.

Market Dynamics – Leading Trends, Growth Drivers, Restraints, and Investment Opportunities

Market Segmentation – A detailed analysis by Product, Technology, and Application

Competitive Landscape – Top Key Vendors and Other Prominent Vendors

Author: Aman Sharma

For more details Contact:

UnivDatos Market Insights

C80B, Sector-8, Noida,

Uttar Pradesh 201301

For Sales related queries, please reach us at sales@univdatos.com

Contact:

UnivDatos Market Insights

contact@univdatos.com 

+91 7838604911

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256cav disposable micro pipette tips mold

China quality medical mold maker, offer filter tips mold, white tips mold, micro tips mold, plastic micro pipetters mold, disposable lab tips mold.

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Universal Pipette Tips In Laboratory Applications

The choice of pipette tips is a critical consideration that directly influences the accuracy, precision, and reliability of liquid handling processes. Among the various options available, Filter Pipette Tips and Universal Pipette Tips have gained prominence for their distinct advantages in addressing specific challenges associated with pipetting.

Filter Pipette Tips are equipped with a barrier, often made of hydrophobic material, situated at the end of the tip. This design offers several advantages, making Filter Pipette Tips particularly advantageous in applications where contamination prevention is paramount.

Aerosol Containment:

The primary benefit of Filter Pipette Tips lies in their ability to prevent the aerosolization of liquids during pipetting. The hydrophobic filter acts as a barrier, trapping any liquid that may be drawn into the pipette tip during aspiration. This is particularly crucial when working with biohazardous or volatile substances, minimizing the risk of sample contamination and exposure.

Reduced Cross-Contamination:

Filter Pipette Tips contribute to the aseptic technique by reducing the risk of cross-contamination between samples. The hydrophobic filter prevents liquids from reaching the pipette shaft, ensuring that only the intended sample is aspirated. This is essential in applications such as PCR, where even trace amounts of contamination can impact the reliability of results.

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Choosing a Filter Tip For Your New Cigarette

Filter Tip

If you're thinking about getting a filter tip for your new cigarette, there are several options available. Some are made of Pre-Roll Glass, Hemp Paper, Corn Husk, or . These will all stop your lips from becoming irritated. These can be quite affordable, too. Pre-Roll Glass Filter Tip

A Pre-Roll Glass wholesale Filter Tip is a great way to reduce resin intake in a pre-roll cigarette. These glass filters are tapered to fit different-sized pre-rolls. They slide easily into the glass filter tip for a secure hold. These tips come in two different sizes: pre-roll size and roll-in size.

The glass filter tip makes smoking a much better experience. It prevents the paper from getting soggy or sticky and makes the paper more comfortable to hold. It also prevents you from burning your lips and fingers while smoking. Cleaning the tip is simple too! To clean it, simply use a q-tip and rubbing alcohol.

Pre-Roll Glass Filter Tips are an excellent alternative to paper filters. They give a smoother, more consistent smoke and are easy to clean. They make smoking an easier experience and save time. You can use them time and again, as long as you clean them correctly. Hemp Paper Filter Tip

The Hemp paper filter tip is a great way to filter your water. It is a natural product that is chlorine-free and organically grown. The Hemp paper is made from a hemp oil-coated paper that is completely biodegradable. It tastes great and is also environmentally friendly, making it a great choice for water filtration.

You can get this hemp filter tip in white or brown. You can choose the color and design that best fits your needs. Hemp is very durable and can stand up to repeated use. The tip is available in various sizes and colors, which are perfect for a variety of different uses. You can also use the hemp tube to create a custom filter tip.

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200ul Pipette Tips

200ul pipette tips are essential tools for precise liquid transfer in a laboratory setting. These tips are designed to fit onto pipettes and suction up a fixed volume of liquid, making it easy to measure and dispense accurately. 200ul pipette tips come in various size such as standard length and extra long tips, which are resistant to most chemicals and have low retention properties. The tips are also available in sterile options, making them suitable for use in microbiological applications. With their ease of use, accuracy, and versatility, 200ul pipette tips are an indispensable tool in any laboratory, facilitating scientific research and improving scientific outcomes.

200ul Pipette Tips Information

Product Description

200ul pipette tips are essential tools for efficient and accurate liquid handling in research and clinical laboratories. These tips come in high-quality materials which ensuring optimal sample uptake and minimal contamination risk. They are also compatible with a wide range of pipettes, making them versatile and convenient to use. Overall, 200ul pipette tips are indispensable for achieving reliable and reproducible results.

Features & Benefits

● Made of medical grade polypropylene from globally well-known manufacturer.

● Manufactured by Suitomo/DEMAG high-speed electric injection mold machine with highly precise mold in class 100000 clean workshop using automated processes.

● Unique polishing technology ensures smooth inner surface of the tip for precise pipetting with low residual.

● Stringent in-process QA and OQC to ensure the high quality of all tips.

● Compatible with main stream pipettors, such as Eppendorf/Gilson/Thermo single and 8 channel pipettors.

● Certified DNase-, RNase-, ATP-, and pyrogen-free.

● Excellent transparency for good visualization during pipetting.

● Precise graduation mark for easy pipetting.

● Availability of sterile/non-sterile, filter/no filter, regular/low-retention form.

● Two different lengths to select to meet versatile experimental requirements in the lab.

● The extra long tips are good for handling liquid from extra-long tube or very deep container.

Specifications of 200ul Pipette Tips

Cat.No.

Name

Color

Volume

Length

Filter

Sterile

Packaging

CS

Compatible

CT200A-0-T CT200A-1-T CT200A-3-T

200ul Standard Tips

Natural Color

200uL

50.55mm

N

Optional

Bulk: 1000 Tips/Bag Racked: 96 Tips/Rack Stacked box: 96x10/Box

20000/CS 4800/CS 9600/CS

Eppendorf®/ Thermo®/ Gilson®/Nichiryo®/ Oxford®/ Socorex® etc.

CT200A-0-Y CT200A-1-Y CT200A-3-Y

200ul Standard Tips

Yellow

Yellow

200uL

50.55mm

N

Optional

Bulk: 1000 Tips/Bag Racked: 96 Tips/Rack Stacked box: 96x10/Box

20000/CS 4800/CS 9600/CS

Eppendorf®/ Thermo®/ Gilson®/Nichiryo®/ Oxford®/ Socorex® etc.

CT200AL-0-T CT200AL-1-T

200ul Extra Long Tips

Natural Color

200uL

89.00mm

N

Optional

Bulk: 1000 Tips/Bag Racked: 96 Tips/Rack

5000/CS 4800/CS

Eppendorf®/ Thermo®/ Gilson®/Nichiryo®/ Oxford®/ Socorex® etc.