Simport Biotube Footprint Racks

The Simport Biotube Footprint Racks are highly versatile, offering a 96-place capacity compatible with automated systems due to their standard microtiter footprint. Racks are sold in cases of 10.

You can select from three main tube arrangements:

• 96 Plain Individual Tubes: Ideal for maximum flexibility.
• 8 Strips of 12 Tubes
• 12 Strips of 8 Tubes

Additionally, every tube arrangement is available in both Sterile and Non-Sterile packaging options to suit various laboratory applications and regulatory requirements.

Yes, the Simport Biotube Footprint Racks are specifically designed for high-throughput automation in laboratory settings, ensuring optimal performance with modern equipment.

Compatibility is guaranteed through these key features:

• Standard Microtiter Footprint: The 96-place racks precisely match the dimensions of standard 96-well microplates, enabling seamless integration with existing robotics systems, automated liquid handling platforms, and autosampling devices.
• Multichannel Pipetting: Standardized on-center tube spacing allows for highly efficient and accurate liquid transfers using multichannel pipettors.
• Alphanumeric Identification: Both the white base and the protective cover feature identical alphanumeric codes, which is essential for accurate sample management and tracking during automated procedures.

The Simport Biotube Footprint Racks are consistently packaged in cases containing 10 racks (10/cs). This is the standard quantity for all available configurations, including those supplied with:

• 96 Plain Individual Tubes (sterile or non-sterile)
• 8 Strips of 12 Tubes (sterile or non-sterile)
• 12 Strips of 8 Tubes (sterile or non-sterile)

Yes, these racks are explicitly designed to ensure seamless integration into automated laboratory workflows. They feature a 96-place configuration with tube spacing that matches the standard microtiter footprint.

This standardized sizing makes them fully compatible with:

• Robotics systems
• Multichannel pipettors
• Autosampling devices that conform to 96-well microplate standards.

This design is essential for standardized protocols and high-throughput screening (HTS) platforms.

The Simport Biotube Footprint Racks are constructed with a rigid white plastic base and translucent/clear plastic tubes, engineered for high-throughput laboratory environments.

Yes, the Simport Biotube Footprint Racks are designed for superior sample management using a dual alphanumeric identification system. This feature ensures high traceability and organization across all 96 positions.

This system includes:

• Alphanumeric identification on the cover.
• Identical alphanumeric identification on the white base.

This dual labeling allows for quick and accurate orientation and sample tracking, even if the cover is separated from the base during complex laboratory procedures or automated handling.

Yes, the Simport Biotube Footprint Racks are highly versatile and suitable for a broad range of critical laboratory procedures, leveraging their standardized 96-place configuration.

They are specifically recommended for sensitive protocols, including:

• HTLV-III Testing
• Receptor Binding Assays, RIA, and EIA
• Bacterial and Hybridoma Cell Uptake Studies
• Cell Harvesting Processes
• Pharmaceutical Quality Control (QC) Checks

Their design is essential for standardized workflows and compatible with automated systems like robotics and multichannel pipettors.

The Simport Biotube Footprint Racks are supplied in Factory New condition, ensuring pristine quality and reliability for critical laboratory environments. This means you receive a product that is brand new and ready for immediate use.

The Simport Biotube Footprint Racks are suitable for a wide range of sensitive laboratory procedures, including:

• Bacterial and hybridoma cell uptake studies
• RIA (Radioimmunoassay)
• EIA (Enzyme Immunoassay)
• Receptor binding assays
• Pharmaceutical quality control (QC)
• HTLV-III testing
• Cell harvesting

These racks feature standard on-center tube spacing that matches microtiter standards. This design ensures optimal compatibility with multichannel pipettors and robotic systems used with 96-well microplate systems.