Simport Amplate 384 - Well Thin-Walled Pcr Plates

Yes, these Simport Amplate 384-well plates are designed specifically for high-volume molecular biology applications.

They are ideal for use in:

• PCR (Polymerase Chain Reaction)
• qPCR (Quantitative PCR)

Their thin-walled construction ensures efficient and rapid heat transfer, which is essential for streamlined thermal cycling and high-throughput workflows.

Yes, this Simport Amplate 384-well PCR plate is specifically designed for high-volume, high-throughput applications in molecular biology and diagnostics.

Key features supporting high throughput include:

• High-Density Format: The 384-well format maximizes sample capacity per plate.
• Automation Ready: The skirted design is compatible with automated fluid handling systems and standard multichannel pipettors, facilitating streamlined processes.
• Efficient Thermal Cycling: Features thin-walled wells optimized for fast and efficient heat transfer during thermal cycling (PCR and qPCR).
• Precision and Uniformity: These plates are precision-molded to ensure excellent well-to-well and plate-to-plate consistency, vital for reliable high-volume results.

The plate is suitable for recommended reaction volumes ranging from 2
µL to 30
µL.

Yes, the Simport Amplate 384-Well PCR Plates are autoclavable.

The skirted design is specifically engineered to maximize compatibility and efficiency when using automated laboratory systems:

• Automation Compatibility: The skirt ensures seamless integration with automated fluid handling systems and is also compatible with standard multichannel pipettors.
• Sample Identification: The skirt allows for barcode identification to be applied to the sides, facilitating robust sample tracking and inventory management in high-throughput environments.
• Precise Positioning: The plate also incorporates dedicated holes on the sides that aid automated systems in achieving precise positioning and removal during robotic handling.

The Simport Amplate 384-well plate incorporates several design features to ensure accurate sample tracking and precise alignment, which is crucial for high-throughput and automated applications:

• Cut Corner: A physically distinct corner is included to guarantee the correct plate orientation during setup, handling, and processing, minimizing errors.
• Alphanumeric Grid: This clear grid system simplifies the process of sample location and accurate tracking across all 384 wells.
• Side Holes: Provides additional mechanical assistance, allowing for precise plate positioning and ease of removal.
• Skirted Design: This design supports side barcoding identification, facilitating seamless integration with automated fluid handling systems.

Yes, the thin-walled design is engineered specifically to facilitate efficient and rapid heat transfer between the thermal cycler and the sample. This rapid thermal exchange is critical for high-volume PCR applications, as it helps to ensure:

• Consistent results: Uniform heating and cooling across all 384 wells.
• Optimized performance: Quick adjustment of sample temperature to the thermal cycling program.

Furthermore, the plate is precision-molded from polypropylene to guarantee strict well-to-well and plate-to-plate uniformity.

Yes, these Simport Amplate 384-well plates are specifically engineered for high-throughput laboratory work and are fully compatible with automated fluid handling systems and standard multichannel pipettors.

Several key features ensure seamless integration with automation:

• Skirted Design: Provides stability for robotic gripping and allows for side barcoding identification.
• Precision Molding: Guarantees excellent well-to-well and plate-to-plate uniformity, crucial for consistent automated results.
• Positioning Aids: Integrated holes on the sides enable precise alignment and removal within automated equipment.

This design allows for maximum efficiency during thermal cycling applications.

The plates are packed in tamper-proof resealable bags, ensuring product integrity and preventing contamination during storage and handling.

The Simport Amplate 384-well plates are precision-molded to accommodate specific volumes for reliable thermal cycling results:

• Nominal Well Capacity: Each well has a total capacity of 40 µL.
• Recommended Reaction Volume: The optimal working range for reactions is between 2 µL and 30 µL.

These plates are constructed from autoclavable polypropylene and feature a thin-walled design across all 384 wells, ensuring highly efficient and rapid heat transfer during PCR and qPCR applications.

Yes, the Simport Amplate 384-Well PCR Plates are manufactured using precision molding techniques.

This method guarantees uniformity:

• Well-to-well uniformity: Ensures consistent performance within a single plate.
• Plate-to-plate uniformity: Maintains reliable results across different batches.

The plates are constructed from high-quality polypropylene, making them suitable for high-throughput applications requiring reproducible thermal cycling.