Research-Grade Autoclavable Multichannel Pipette for plate filling, 300ul | 120218

Heathrow Scientific SKU 120218 is a Research-Grade Autoclavable Multichannel Pipette for plate filling, 300ul for pipetting accuracy, liquid transfer, and repetitive bench work. Use the Autoclavable Multichannel Pipette, 300ul, SKU 120218, in laboratory workflows. Optimized for high-performance research environments, this product provides the technical reliability required for complex multichannel pipettes procedures.

• Ergonomic design features for streamlined handling during intensive testing.
• Chemical-resistant surfaces ideal for rigorous cleaning and sterilization.
• High-strength construction optimized for industrial and laboratory safety.
• Developed specifically for research-grade accuracy and repeatable results.

The listed configuration uses ABS construction with a White;Purple finish or color designation; the stated size is 10.7 x 5.4 x 1.5 (in); the listed weight is 0.96 (lbs); the row identifies the item as autoclavable; the country of origin is CN. Purchasing and catalog review can reference HTS code 8479.89.9599 and UNSPSC 41121508.

In use, this SKU helps labs align product selection with pipetting accuracy, liquid transfer, and repetitive bench work. The FAQ guidance emphasizes checking the SKU, size or capacity, material, color, packaging, and any stated compatibility details before ordering, so the item fits the intended SOP rather than serving as a generic category substitute. For general bench use, confirm fit, handling expectations, and documentation needs before standardizing the item across multiple work areas.

For routine purchasing, this Heathrow Scientific item should be evaluated against the stated specifications, catalog identifiers, and intended bench workflow. The quality language here remains conservative and does not add sterility, certification, calibration, or warranty claims unless those details are stated for the SKU. The row also identifies this item as autoclavable, supporting cleaning workflows where that condition is appropriate.