A beaker with handle is a laboratory beaker with a handle designed for safe transportation of hot, heavy, or hazardous solutions. This makes it easier to hold. Because the handle beaker permits controlled, safer pouring, it minimizes the risk of spills. It also reduces fatigue in the hands for longer sessions of pouring and decanting into flasks, funnels, and scientific columns. It is ergonomically safer and better for decanting. It increases productivity and decreases cycle times in titration preparation, buffer makeup, crystallization, and even in recovery of solvents.

A lot of labs choose to work with low-form (Griffin) or tall-form (Berzelius) designs. However, for better directional flow and control of the vortex for stirring, a tapered beaker with a spout or a handled conical beaker is more useful. It is also far more flexible in other laboratory applications. Often, buyers in product listings type ‘beak with handle’ as a misstyped search. This handled beaker is what is meant and your team should be made aware of this.

Professional Product Description

Made of chemically resistant borosilicate 3.3 glass for improved thermal shock, clarity, and durability for routine and advanced chemistry meets your needs for a beaker of a long service lifespan.

The handle design is a sturdy, heat resistant, fixed side handle. It assumes the more natural angle of the wrist and is designed to be supported in 2 areas of the pour, reducing wrist fatigue.

Spout/“Beak”: Specialized spout located on the rim enables clean, low-drip, and precise decanting. This is ideal when transferring hot media and viscous solutions.

Graduations: Fired-on, high-contrast graduations are designed with a functional tolerance aligned to acceptance criteria, to allow quick volume measurements without obstructing visibility.

Thermal Range: Designed for hotplate heating, paraffin, water/oil baths, and standard lab temperature cycling. Safety is enhanced when moving hot liquids due to the handled form factor.

Form Factor Options: For general mixing and heating, a low-form handled beaker is provided. For controlled swirling and precise pouring, a conical beaker is provided with a handle.

Compatibility: For standard equipment and fixtures, the spout is designed for seamless pouring into funnels, filter flasks, and reaction vessels.

Advantages Of Glass Beaker

Ergonomic Safety: Integrated handle minimizes the risk of burns, slip, and wrist strain, especially when pouring from 600–2000 mL vessels.

Cleaner Pours, Less Waste: Conical and low-form geometries with spouts promote smoother laminar flow and decrease drips, reducing time to clean benchtops and re-label aliquots.

Heat Confidence: Borosilicate 3.3 glass and improved handles lessen the risks associated with transferring hot media.

Better Process Control: Tapered (conical beaker) variants shape stirring patterns for faster dissolution and reproducible mixing at lower RPMs.

Durability for Daily Use: The thick-walled, chip-resistant covers, along with fired graduations, help to extend then service life, making them suited to teaching labs and high-throughput environments.

Durability for Daily Use: The thick-walled, chip-resistant covers, along with fired graduations, help to extend then service life, making them suited to teaching labs and high-throughput environments.

Labeling Real Estate: There’s a generous area that is clear for a marker, or lab tape can be placed, while the printed graduations can be washed repeatedly and stay legible.

Applications & Use Cases

General Solution Prep—buffes, media, and titration solutions can be prepped and for heated processes, the grab, heat, pour, and repeat method is ideal.

Hot Transfers—effectively handle heated reagents or water bath contents by safely decanting them and avoiding the use of mitts.

Crystallization & Cooling—conical handled formats allow controlled agitation of the mother liquor for easy decanting after cooling.

Solvent Handling—streamlined pouring for filter funnels, separatory funnels, or rotary evaporator flasks.

Teaching Labs—increased confidence for beginners as the handle reduces spills, and aids the control.

Quality Control—in repetitive transfer tasks, faster pouring aids in steadier pouring and contouring is less impacted.

Why Choose Jiangsu Huida

At Jiangsu Huida, we know that glass beakers are not just glass containers; they are integral tools that are frequently used. Our beaker with handles are designed with the realities of beaker handles busy glassware labs. Our beakers are made from borosilicate 3.3 glass, which ensures clarity and toughness, and they are finished with precisely fired graduations that remain legible after passing multiple wash cycles. Handles are specially reinforced and counterbalanced to reduce wrist strain during pouring. Huida’s track record as a manufacturer of lab glassware for global export and OEM/ODM partnerships is reflected in the service we provide. Beakers and other glass lab equipment to Huida for the glass quality. Consistent lead times and installation of OEM/ODM partnerships, Huida is the first choice for responsive service and support. Need a branded conical beaker with handle in a special size? Our engineering team can adjust graduation intervals and other elements to match your exact SOPs.

FAQs

Is the handled beaker compatible with magnetic stirring and hotplates?
Yes. The flat base supports standard stir bars, and borosilicate construction makes it suitable for common heating tasks. Be cautious and follow your lab's SOPs for glassware to avoid sudden breakage.

Q2: What’s the difference between a handled low-form and a handled conical beaker?

Low-form beakers are superb all-rounders because they maximize the working volume. Tapered walls on a handled conical beaker and a conical beaker with handle facilitate swirling, and a narrow spout aids in precise decanting, which is great for transferring hot or viscous liquids.

Q3: Can I autoclave this beaker?

Borosilicate beakers are generally autoclavable, but you need to check the validated parameters (time/temperature) for the specific model and make sure the handle design is appropriate for your sterilization cycle. Do not autoclave and then shock with sudden changes in temperature.