Top Electric Laboratory Equipment For High-Performance Research Spaces

Hot Plates and Magnetic Stirrers

Hot plates are commonly used for controlled heating in chemistry, biology, and industrial testing laboratories. Many models include adjustable temperature settings that help researchers heat samples consistently without using an open flame.

Magnetic stirrers are often paired with hot plates to mix solutions evenly. These tools are useful when preparing reagents, dissolving solids, or maintaining consistent liquid movement during an experiment. Because they are used frequently, they should be placed on stable, chemical-resistant countertops that can handle spills, heat, and repeated cleaning.

Centrifuges

Centrifuges separate samples by spinning them at high speeds. They are commonly used in medical, research, academic, and industrial laboratories for separating liquids, solids, cells, or other sample components.

Because centrifuges generate motion and vibration, they need a stable work surface and enough clearance for safe operation. Proper placement also helps reduce workflow interruptions. When we design laboratory layouts, we consider how benchtop equipment like centrifuges will be accessed, powered, and stored.

Incubators

Laboratory incubators create controlled environments for growing or storing samples. They are often used in microbiology, clinical research, pharmaceutical testing, and educational labs.

Incubators may require consistent temperature control, proper spacing, and accessible power sources. In busy laboratories, they should be positioned where staff can monitor samples without disrupting other workstations. Durable American-made laboratory furniture and equipment can help support organized placement for incubators and other powered tools.

Electrophoresis Equipment

Electrophoresis systems are commonly used in molecular biology and biochemistry laboratories. These systems use an electric field to separate DNA, RNA, or proteins based on size or charge.

Because electrophoresis involves electrical components, buffers, and delicate sample handling, the surrounding workspace should be organized and easy to clean. Storage for pipettes, gels, reagents, and documentation can make the process smoother and reduce clutter around active equipment.

Laboratory Ovens

Laboratory ovens are used for drying, curing, sterilizing, and heating materials. They are common in research, industrial, manufacturing, and quality control laboratories.

Ovens should be placed on surfaces that can handle heat exposure and daily use. Nearby storage may also be needed for trays, samples, tools, and protective equipment. A thoughtful layout helps staff move materials safely from preparation areas to heating or drying stations.

Power Supplies

Power supplies are essential for many types of electric laboratory equipment, especially in physics, electronics, engineering, and life science labs. They provide controlled electrical output for testing, experiments, and equipment operation.

In laboratories that use several powered devices at once, workspace planning is especially important. Benches, casework, and tables should allow safe cord management and practical equipment access. This helps reduce clutter and keeps the workspace more efficient.

Analytical Balances

Analytical balances are powered instruments used to measure very small differences in mass. They are essential in chemistry, pharmaceutical, academic, and quality control settings.

Although they are electric tools, their performance also depends heavily on the surrounding environment. Vibration, drafts, and uneven surfaces can affect results. Stable counters and controlled placement help support accurate measurements.

Fume Hoods for Powered Research Work

Some electric laboratory equipment is used during chemical handling, sample preparation, or procedures that may produce vapors. In these cases, proper ventilation is critical.

A fume hood helps remove fumes and airborne contaminants from the work area. When paired with chemical-resistant countertops and organized storage, it can make the laboratory safer and more functional. We provide American-made laboratory fume hoods with installation and testing support for research, academic, industrial, and healthcare environments.

Choosing Equipment With the Full Lab Layout in Mind

When selecting electric laboratory equipment, laboratories should consider more than the device itself. Important planning questions include:

• Where will the equipment be placed?
• Does it require ventilation?
• Is the surface stable, heat-resistant, or chemical-resistant?
• Are nearby outlets and storage areas practical?
• Can staff access the equipment without crowding the workspace?
• Will the layout support future equipment additions?

These questions help create a laboratory that works well now and can adapt over time.

How PSA Laboratory Furniture Supports High-Performance Labs

At PSA Laboratory Furniture, we help clients plan laboratory environments that support both equipment and workflow. Our products include laboratory cabinets, fume hoods, countertops, and flexible furniture systems for commercial, industrial, healthcare, research, and educational spaces.

We also offer free consultation and design work to help clients make practical decisions before installation begins. With competitive lead times and straightforward support, we make it easier to build a laboratory space that is organized, durable, and ready for daily use.