The Hangzhou Gene Era Biotech Co. Ltd conductive and filtered robotic liquid level sensing tip features construction which ensures enhanced durability. It is compatible for use with Tecan pipette models.

Tecan-Compatible disposable automation tips designed to be compatible with Tecan and other robotic liquid handling platforms. Hanging tip format, filtered, conductive. Produced to stringent standards of quality and reproducibility, ensuring reliable liquid handling performance. Made…

The Hangzhou Gene Era Biotech Co. Ltd clear filter automation tip is suitable for use with Hamilton pipette models. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing. Application: Genomics, Proteomics, Cellomics, Immunoassays, Metabolomics,…

The Hangzhou Gene Era Biotech Co. Ltd wide bore robotic tip is suitable for use with Zymark pipette models. It is mainly used in the experiments where there is repetitive need of measured volume liquids. It is made of polypropylene material which provides enhanced chemical resistance, flexibility…

Tecan-Compatible disposable automation tips designed to be compatible with Tecan and other robotic liquid handling platforms. Hanging tip format, filtered, conductive. Produced to stringent standards of quality and reproducibility, ensuring reliable liquid handling performance.

The Hangzhou Gene Era Biotech filter tip features a lightweight and compact construction and is non-sterile in nature. This tip is compatible to use with Hamilton pipettes.

iSci Tecan® compatible automation tips are engineered to precise OEM specifications of liquid handling automation systems. These pipet tips are manufactured to meet and or exceed OEM tip performance standards. The robotic tips are offered in both MCA and ANSI racked version. iSci Automation tips…

The Hangzhou Gene Era Biotech Co. Ltd conductive filter tip features high grade polypropylene construction which ensures enhanced durability. It is suitable for use with Hamilton models. This tip is mainly used for general liquid handling processes. Meets ISO 9001/13485, ISO 14001 and CE…

The Hangzhou Gene Era Biotech Co. Ltd liquid level sensing robotic tip is suitable for use with PerkinElmer pipette models. It is mainly used in the experiments where there is repetitive need of measured volume liquids. It is made of polypropylene material which provides enhanced chemical…

The Hangzhou Gene Era Biotech Co. Ltd conductive robotic liquid level sensing tip features high grade, durable polypropylene construction with wide bore design. It is compatible for use with Hamilton pipette models.

The Hangzhou Gene Era Biotech Co. Ltd racked automation tip features construction which ensures enhanced durability. It is suitable for use with Agilent robotic platforms. This tip is mainly used for general liquid handling processes.

The Hangzhou Gene Era Biotech Co. Ltd conductive automation tip in black color, is suitable for use with Beckman robotic platforms as well as FX/NX and i series models. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing. Application: Genomics,…

GEB Robotic Tips for PerkinElmer Janus® can be used for high-throughput pipetting processes in proteomics, drug development, genomics and other fields. Application: High-Throughput Pipetting Processes in Proteomics, Drug Development, Genomics & Other Fields

Tecan-Compatible disposable automation tips designed to be compatible with Tecan and other robotic liquid handling platforms. Hanging tip format, filtered, conductive. Produced to stringent standards of quality and reproducibility, ensuring reliable liquid handling performance.

The Hangzhou Gene Era Biotech Co. Ltd conductive automation tip features construction which ensures enhanced durability. It is suitable for use with Tecan pipette models. This tip is mainly used for general liquid handling processes.

The Hangzhou Gene Era Biotech Co. Ltd automation tip in clear color, is suitable for use with Hamilton pipette models. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing. Application: Genomics, Proteomics, Cellomics, Immunoassays,…

The Hangzhou Gene Era Biotech Co. Ltd robotic tip features high grade polypropylene construction which ensures enhanced durability. It is suitable for use with PerkinElmer pipette models. This tip is mainly used for general liquid handling processes. Meets USP 3127 (heavy metal contamination) standards.

The Hangzhou Gene Era Biotech Co. Ltd automation tip in black color, is suitable for use with Hamilton pipette models. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing. Application: Genomics, Proteomics, Cellomics, Immunoassays,…

The Hangzhou Gene Era Biotech Co. Ltd conductive filter automation tip in black color, is suitable for use with tecan robotic platforms. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing. Application: Genomics, Proteomics, Cellomics,…

The Hangzhou Gene Era Biotech Co. Ltd robotic tip is suitable for use with Rainin® LTS® pipette models. It is mainly used in the experiments where there is repetitive need of measured volume liquids. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing.

The Hangzhou Gene Era Biotech Co. Ltd racked automation tip features construction which ensures enhanced durability. It is suitable for use with Tecan robotic platforms and general liquid handling systems.

The Hangzhou Gene Era Biotech Co. Ltd robotic liquid level sensing tip features high grade polypropylene construction which ensures enhanced durability. It is mainly used for general liquid handling processes. Meets ISO 9001/13485, ISO 14001 and CE certifications. Application: Genomics,…

The Hangzhou Gene Era Biotech Co. Ltd sterilized robotic tip is suitable for use with MCA style pipette models. It is mainly used in the experiments where there is repetitive need of measured volume liquids. It is made of polypropylene material which provides enhanced chemical resistance,…

The Hangzhou Gene Era Biotech Co. Ltd robotic tips are suitable for use with agilent pipette. These clear robotic tips fit onto the liquid handling arms of robotic systems to ensure precise and accurate transfer of liquids during various laboratory processes.

The Hangzhou Gene Era Biotech filter tip has a lightweight and compact construction and is non-sterile in nature. This tip is compatible to use with Hamilton pipettes.

The Hangzhou Gene Era Biotech Co. Ltd automation tip features high grade polypropylene construction which ensures enhanced durability. It is suitable for use with Tecan robotic platforms. This tip is mainly used for general liquid handling processes. Application: Genomics, Proteomics, Cellomics,…

The Hangzhou Gene Era Biotech Co. Ltd conductive and filtered robotic liquid level sensing tip features construction which ensures enhanced durability. It is compatible for use with Hamilton pipette models.

The Hangzhou Gene Era Biotech Co. Ltd conductive robotic tip features high grade polypropylene construction which ensures enhanced durability. It is suitable for use with Hamilton pipette models. This tip is mainly used for general liquid handling processes. Meets ISO 9001/13485, ISO 14001 and CE…

The Hangzhou Gene Era Biotech Co. Ltd clear filter automation tip is suitable for use with tecan robotic platforms. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing.

The Hangzhou Gene Era Biotech Co. Ltd filtered universal tip in clear color, is suitable for use with multi-channel and single channel pipette models from most of the manufacturers. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and sealing.

The Hangzhou Gene Era Biotech Co. Ltd robotic tip is suitable for use with Zymark pipette models. It is mainly used in the experiments where there is repetitive need of measured volume liquids. It is made of polypropylene material which provides enhanced chemical resistance, flexibility and…