After a certain period of use, laboratories often require relocation or upgrades and expansions based on the existing setup. Renovating and upgrading a laboratory is more convenient and cost-effective than moving to a newly built facility. However, the complexity of the renovation project does not diminish. If the process is not carefully planned, deviations or issues may arise, affecting the laboratory's usability.

Principles of Laboratory Renovation:

Maximize the use of existing resources to save costs as much as possible;

Select the optimal solution with the shortest construction period;

Thoroughly investigate the pain points experienced by laboratory personnel during previous use and consider overall convenience and practicality;

Fully consider the experimental workflow to maximize future operational efficiency.

Preliminary Renovation Design:

1. Survey and understand the characteristics of the existing laboratory environment. This is a crucial step, as it lays the foundation for the renovation.

2. Analyze the client's ideas and requirements, refine them in combination with the on-site environment, and develop a preliminary plan.

3. Collect relevant materials in a targeted manner (including corresponding instruments and equipment, laboratory operating procedures, water, gas, and electrical circuits, etc.).

4. Determine the design style for the renovated laboratory and plan the overall layout.

5. After finalizing the layout plan, proceed with detailed design, including 3D drawings, annotations, textual plans, and project budget lists.