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Modular Working Table

Modular lab working tables are essential fixtures in research laboratories, offering flexibility, adaptability, and durability to meet the diverse needs of researchers.

Here are technical specifications and details :-

Material and Construction

These tables are typically made of high-quality materials such as stainless steel, epoxy resin, or chemical-resistant laminate to withstand exposure to chemicals, heat, and mechanical stress.

Modular Design

One of the key features is their modular design, which allows for easy customization. Researchers can configure the tables with various accessories like shelves, drawers, cabinets, and sinks to create a workspace tailored to their specific requirements.

Work Surface

The work surface is often impervious to chemicals, heat, and moisture. It can be smooth, matte, or textured depending on the type of research and the need for a non-slip surface.

Adjustability

Some modular lab tables come with height-adjustable legs or electronic lift mechanisms, allowing researchers to work comfortably whether sitting or standing. Ergonomic considerations are crucial for long hours in the lab.

Load Capacity

These tables are designed to support heavy equipment, instruments, and experimental setups. Load capacity varies, but they are engineered to withstand significant weight.

Casters or Leveling Feet

Some tables come with casters for easy mobility within the lab, while others have leveling feet for stability and to ensure a level working surface.

Electrical Outlets

Integrated electrical outlets and wiring management options are often available, facilitating the use of electrical equipment and reducing clutter.

Durability and Cleanability

Modular lab tables are built to be easy to clean and maintain, with surfaces resistant to staining and corrosion.

Safety Standards

These tables should comply with safety standards and regulations, particularly when they involve electrical components.

Modular lab working tables provide researchers with the versatility and functionality needed to conduct experiments and handle equipment effectively. Their adaptability and robust construction make them essential components of modern research laboratories.