1. Functional Design

The primary design standard for laboratory furniture is functionality. Laboratory furniture should meet the basic needs of experimental operations, with reasonable layout and practical functions.

• Lab Bench: Lab benches are typically designed using corrosion-resistant and acid-alkali-resistant materials such as stainless steel, chemical-resistant plastics, and epoxy resin tabletops. The height of the lab bench is usually designed between 750-800mm to conform to ergonomic principles and reduce fatigue during long operations.
• Storage Cabinets: Storage cabinets should be made from metal materials (such as steel frames) or high-strength plastics to avoid using flammable or corrosive materials. The design of the cabinet should include reasonable compartments to facilitate the classification and storage of various experimental instruments and reagents, reducing cross-contamination.
• Fume Hood: The fume hood is a commonly used device in chemical experiments. Its design should comply with safety standards and provide effective ventilation. The cabinet body should be made of corrosion-resistant and oxidation-resistant materials, with a complete ventilation system to ensure harmful gases are expelled in a timely manner.

2. Safety Design

Safety is another important standard for laboratory furniture design. Laboratory furniture should comply with safety regulations and effectively prevent various accidents.

• Round Corner Design: The edges of lab benches should have round corners to prevent injury from sharp edges.
• Safety Lock Design: Storage cabinet doors should have safety locks to prevent the leakage of hazardous chemicals.
• Ventilation System: The ventilation system of fume hoods should be designed properly to ensure that harmful gases do not accumulate.
• Electrical Configuration: Electrical configurations of laboratory furniture should follow the principles of safety, reliability, and energy efficiency, with separate power outlets to power various instruments. The positions of the outlets and switches should be convenient for operation and have certain water resistance features.

3. Durability Design

Laboratory furniture should have sufficient durability to ensure stable and long-term use.

• High-Quality Materials: Lab benches, storage cabinets, and other furniture should be made from corrosion-resistant, wear-resistant, and easy-to-clean materials to enhance the longevity of the furniture.
• Sturdy Structure: The structural design of the furniture should be stable enough to support the weight of experimental equipment and items, preventing deformation or damage.

4. Ergonomic Design

The design of laboratory furniture should fully consider user comfort and convenience.

• Reasonable Height: The height and angle of lab benches should conform to ergonomic principles, reducing fatigue in the neck and waist of laboratory staff.
• Adjustable Features: Lab chairs should have adjustable features to support the waist and neck, preventing discomfort caused by prolonged sitting.
• Convenient Operation: The design of the furniture should facilitate the operations of laboratory staff, improving work efficiency.

5. Aesthetics and Practicality

High-quality laboratory furniture should have a simple and elegant design style, reflecting a sense of technology and modernity, showcasing the professionalism and quality of the research institution.

• Simplified Style: The color, material, and style of the furniture should align with the overall style of the laboratory, creating a harmonious and comfortable working atmosphere.
• Modular Design: Modern laboratory furniture design increasingly focuses on modularity and adjustability, allowing for flexible adjustments based on laboratory needs.

6. Environmental Sustainability Design

Laboratory furniture design should meet environmental requirements, minimizing negative impacts on the environment.

• Eco-friendly Materials: Use environmentally friendly materials and low-pollution chemicals to reduce harmful gas emissions.
• Waste Classification: Laboratory waste should be classified and handled separately to reduce environmental pollution.

In summary, laboratory furniture design standards encompass functionality, safety, durability, ergonomics, aesthetics, and environmental sustainability. These standards aim to ensure that laboratory furniture meets the needs of scientific work and provides a safe and efficient working environment.