I.DOT Non Contact Dispenser

The I.DOT Non Contact Dispenser is a cutting-edge liquid handling system offering exceptional accuracy and speed for small volume dispensing, ranging from nanoliters to microliters. It allows for precise delivery of various liquid reagents while minimizing waste, thanks to its minimal dead volume of just 1 microliter.

Designed to streamline workflows in genomic and pharmaceutical labs, this system supports up to 384 source liquids and is compatible with any SBS format destination labware. Its integrated volume verification feature ensures reliable dispensing by verifying and correcting droplet volumes in real-time.

Key benefits include reducing the usage of pipette tips, conserving reagents by utilizing less than 1 microliter of dead volume, and generating trustworthy results with high precision, dispensing volumes as low as 8 nanoliters. The dispenser is particularly suitable for sensitive applications like NGS and qPCR, delivering reproducible and efficient sample preparation processes.

Features:

• High-resolution dispensing from 0.1 nanoliter, with a range from 8 nL to 30 μL.
• Supports 96 and 384-well plate formats for flexible application.
• Handles different viscosities from water to 65% glycerol.
• SiLA2 compliant API for seamless integration into automated workflows.

The I.DOT LT variant further enhances laboratory efficiency with dispensing capabilities from 17.3 nL to 30 µL and supports even larger plate formats such as 1536-well plates. This model is designed to minimize human error and reagent consumption with an innovative tip-reduced workflow. Its 12 disposable source wells, each with a capacity of up to 490 µL, are optimized for reagent use, supporting laboratories in achieving increased throughput without increasing costs.

Additionally, the I.DOT L Passive Cooling Heating Module offers temperature control for sensitive reagents, ensuring stable dispensing conditions. Compatible with existing setups, it is ideal for temperature-dependent dispenses, such as enzymes and PCR reagents.

Overall, the I.DOT streamlines liquid handling processes in labs, making it highly suitable for scaling, miniaturization, and highly automated environments. It enables researchers to conduct more experiments with less resource consumption, driving efficiency and reproducibility in scientific research.