United Scientific® REUZ™ Stainless Steel Beaker with Handle, Graduated 304 Stainless Steel Measuring Beaker, Pouring Spout, 250mL–1000mL
United Scientific® REUZ™ Stainless Steel Beaker with Handle, Graduated 304 Stainless Steel Measuring Beaker, Pouring Spout, 250mL–1000mL
- • 304 Stainless Steel Construction: Corrosion-resistant, durable, and reusable for long-term laboratory use.
- • Stamped Graduations: Easy-to-read volume markings in mL and oz for quick measurements.
- • Integrated Pouring Spout: Enables controlled, spill-resistant transfer of liquids and materials.
- • Comfort-Grip Handle: Large stainless steel handle provides secure and comfortable handling.
- • Easy-Clean Design: Rolled rims, smooth edges, and radiused corners simplify cleaning and sterilization.
The United Scientific® REUZ™ Stainless Steel Beaker with Handle is a durable, reusable laboratory measuring vessel designed for mixing, measuring, pouring, and sample collection in educational, industrial, research, and quality control environments. Manufactured from high-quality 304 stainless steel, these corrosion-resistant beakers provide excellent durability and impact resistance compared to traditional glass alternatives. The beakers feature permanently stamped graduations on the inside wall for easy volume measurement in both milliliters and ounces, along with an integrated pouring spout for controlled liquid transfer.
Designed for everyday laboratory use, each beaker includes a large stainless steel handle for secure handling and transport. The precision-formed construction features rolled top rims, smooth edges, and radiused corners that promote easy cleaning, sterilization, and long service life. Suitable for use with liquids, powders, granules, pastes, and other laboratory materials, these stainless steel beakers help support sustainable laboratory practices through repeated reuse.
Available in multiple capacities including 250mL, 500mL, and 1000mL, this parent listing allows customers to select the size that best fits their application while maintaining consistent performance and durability across all variants.