ILP Full Height Reservoirs

High capacity, automation-compatible design.

Innovative Laboratory Products (ILP) offers a robust line of full-height reagent reservoirs engineered for maximum volume capacity and seamless integration with automated systems. Designed for demanding laboratory workflows, these reservoirs feature a rigid, ultra-flat construction that ensures reliable performance in both manual and automated applications.

Ideal for use with multichannel pipettes (8-, 12-, or 96-channel) and automated liquid handling platforms, ILP full-height reservoirs are built to the ANSI/SLAS 2004-1 (SBS) standard footprint. This allows full compatibility with plate stackers, robotic arms, cooling blocks, and other lab automation instruments. Whether you're working on benchtop assays or high-throughput automation, these reservoirs deliver unmatched stability, precision, and reliability.

Manufactured using advanced cleanroom techniques, each reservoir is made to tight dimensional tolerances, offering exceptional flatness and increased rigidity. Every lot is rigorously tested to be free of RNase, DNase, endotoxins (pyrogens), and extractables, ensuring they are suitable for sensitive applications and providing reproducible results.

Available in 8-well, 12-well, and single-well formats with 96 or 384 indent options, ILP full-height reservoirs provide flexible solutions for labs requiring higher reagent volumes without compromising on compatibility or performance.

Main Attributes

• Full-height design for maximum liquid capacity
• Compatible with manual and automated workflows
• Ultra-flat, warp-resistant construction for consistent results
• Meets ANSI/SLAS 2004-1 (SBS) standard for lab automation
• Works with 8-, 12-, and 96-channel pipettes and liquid handlers
• Available in 8-well, 12-well, or single-well formats with 96 or 384 indents
• Tested for RNase, DNase, pyrogens, and extractables 

Choose ILP full-height reagent reservoirs for high-capacity performance, automation compatibility, and proven reliability in the most demanding laboratory environments.