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ILP Half Height Reservoirs

Precision-engineered for automation and reliability.

Innovative Laboratory Products (ILP) presents a high-performance line of mid-height reagent reservoirs designed for maximum versatility and compatibility with modern laboratory automation systems. Perfect for both manual benchtop use and automated workflows, these reservoirs feature a rigid, ultra-flat design that resists warping and ensures consistent, accurate liquid handling.

Manufactured using cleanroom protocols and advanced production techniques, ILP mid-height reservoirs meet the exacting standards required for high-throughput and sensitive lab applications. Their precision-molded construction delivers superior flatness and structural integrity, resulting in reproducible results across every experiment.

Fully compliant with the ANSI/SLAS 2004-1 (SBS) footprint, these reservoirs are compatible with plate stackers, robotic arms, pipetting systems, cooling blocks, and other automated equipment. Designed for seamless integration with 8-, 12-, and 96-channel multichannel pipettes and automated liquid handlers, these reservoirs are available in 8-well, 12-well, and single-well formats with 96 or 384 indents.

All ILP reservoirs are tested and certified to be free of RNase, DNase, pyrogens (endotoxins), and extractables, ensuring they meet the highest quality standards for use in critical laboratory workflows.

Main Attributes

• Mid-height design for space-efficient, automation-ready workflows
• Ideal for both manual pipetting and automated liquid handling
• Ultra-flat surfaces and rigid structure for accuracy and reliability
• Fully compliant with ANSI/SLAS 2004-1 (SBS) standard footprint
• Compatible with 8-, 12-, or 96-channel pipettes and automation platforms
• Available in 8-well, 12-well, or single-well formats with 96 or 384 indents
• RNase-free, DNase-free, pyrogen-free, and free of extractables 

Choose ILP’s mid-height reservoirs for dependable performance in even the most demanding lab environments, precision-engineered for reproducibility, automation, and space savings.