J.T.Baker® Robotic Tips

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J.T.Baker® conductive robotic tips

J.T.Baker conductive robotic tips enable even small liquid volumes to be sampled with high precision and without contamination. The conductivity allows the robotic system to detect and follow the liquid level, guaranteeing minimal immersion into the sample.

• Manufactured under clean room conditions (clean room class 8)
• State-of-the-art quality control
• Ideal for high-throughput analysis
• Barcoded trays for automated identification (Hamilton, Roche MagNA Pure)
• Available with or without filter

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J.T.Baker Multiwell Plates

Manufactured following rigorous quality control procedures, in the same facility that produces J.T.Baker robotic tips, J.T.Baker multiwell plates make it easier for clinicians and researchers to acquire the lab consumables they need for their robotic liquid sampling systems from one source. 

• Majority of plates comply with ANSI/SLAS 1-2004 standard for microplate dimensions
• Tightness of wells enables efficient high-speed sampling
• High-quality plastics tested & verified free from biological cross-contaminants
• Alphanumeric coding lets samples be clearly assigned and identified
• Plates and seals engineered to fit together precisely

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Quality & Precision at Every Step White Paper

Learn more Quality & Precision at Every Step White Paper

J.T.Baker Robotic Consumables Brochure

Learn more J.T.Baker Robotic Consumables Brochure

Over a century of quality

For more than a century, customers around the world have trusted the application-optimized and function-tested performance of J.T.Baker brand premium products to meet the demanding needs of a wide range of research and manufacturing applications.

Designed for less downtime

Leveraging decades of experience and innovation from our Germany-based production team, J.T.Baker robotic tips help maximize robotic tool utilization and minimize downtime, with a straighter tip and lower coefficient of variation that reduces tip breakage and rejection.

ISO Certified manufacturing

Our quality is ISO-certified: our production facility is certified according to ISO 9001; we are certified according to ISO 13485:2016 for the production of medical and IVD-products and our manufacturing process adheres to the ISO 50001:2011 energy management system for more sustainable and responsible manufacturing processes.

Independently tested for purity

Each batch of tips are tested according to rigorous quality procedures to ensure they are contaminant-free, and they are independently tested and certified free from DNase, RNase, ATP and pyrogens.

What are robotic tips?

The proceeding automatization of laboratories as well as the increased individualization of automated process cycles require accurate disposables. Robotic pipette tips are used in laboratories that use automated platforms for liquid handling. A robotic tip is used as an accessory in a robotic system for the purpose of automized aspiration and dispensing of liquids.

Especially when working with hazardous/infectious samples, robotic workstations allow a safe handling of liquids without the lab technician getting in direct contact with the sample. In addition, automated systems help to deliver reproducible results even for high-throughput applications.

Robotic pipette tips are designed in line with the requirement to handle even the smallest sample volumes that need to be analyzed fast and efficiently. Robotic tips are also available in both filtered and unfiltered versions.

Robotic tips are used when liquids at precise volumes are required repeatedly, making hand pipetting tedious and impractical. Robotic pipetting can save time and money in a lab by delegating the time-consuming task of pipetting liquids to a robotic module and at the same time provide the best solution when it comes to purity and precision.

If robotic tips are conductive they contain electrically conductive material allowing them to detect the liquid level in a vessel, ensuring consistent and precise transfer of liquids.
 

What are robotic plates?

Robotic (or multiwell) plates are often used in conjunction with robotic systems to significantly increase the throughput of assays, saving time and resources.

Robotic plates help to analyze samples and chemicals in miniaturized wells and allow users to observe each condition after exposure periods, typically from hours to days.

Multiwell plates have become a mandatory asset of modern laboratories and are used in a wide variety of applications. Multiwell plates are routinely used for growth of bacteria cultures, fungi and mammalian cell lines -- as well as for analytical and biochemical testing.
 

J.T.Baker robotic tips

J.T.Baker conductive robotic tips enable even small liquid volumes to be sampled with high precision and without contamination. The conductivity allows the robotic system to detect and follow the liquid level, guaranteeing minimal immersion into the sample.

•  Manufactured under clean room conditions (clean room class 8)
• State-of-the-art quality control
• Ideal for high throughput analysis
• Barcoded trays for automated identification (J.T.Baker tips type HT CO-RE and MP)
• Available with or without filter

J.T. Baker multiwell plates

Manufactured following rigorous quality control procedures, in the same facility that produces J.T.Baker Robotic Tips, J.T.Baker Multiwell Plates make it easier for scientists and researchers to acquire the lab consumables they need for their robotic liquid sampling systems from one source.

• Majority of plates comply with ANSI/SLAS 1-2004 standard for microplate dimensions
• Tightness of wells enables efficient high-speed sampling
• High quality plastics tested and verified free from biological cross-contaminants
• Alphanumeric coding lets samples be clearly assigned and identified
• Plates and seals engineered to fit together precisely

Explore all J.T.Baker robotic consumables

Discover how high-quality J.T.Baker products for robotic sampling systems –available through Avantor-- can help improve your analytical and diagnostic operations.
 

Over a century of quality

For more than a century, customers around the world have trusted the application-optimized and function-tested performance of J.T.Baker brand premium products to meet the demanding needs of a wide range of research and manufacturing applications.
 

Designed for less downtime

Leveraging decades of experience and innovation from a Germany-based production team, J.T.Baker robotic tips help maximize robotic tool utilization and minimize downtime with a straighter tip and lower coefficient of variation that reduces tip breakage and rejection.
 

ISO-certified manufacturing

We are certified according to ISO 9001 and ISO 13485 for the production of medical and IVD products.
 

Independently tested for purity

Blistered tips are tested according to rigorous quality procedures to ensure they are contaminant-free, and they are independently tested and certified free from DNA, DNase, RNase and PCR inhibitors.