01
Separate preparation from sensitive measurement
Map cutting, grinding, polishing, mixing, curing, heating, cleaning, microscopy, measurement, electrical testing, and documentation. Identify tasks that generate vibration, dust, debris, heat, fumes, or electrical interference.
Use the approved workflow and environmental criteria to place preparation and high-disturbance work away from sensitive instruments where required.
- Mechanical or wet sample preparation
- Thermal and extracted work
- Microscopy and measurement
- Electronics, data, and documentation
02
Design equipment support from verified loads
Provide total and point loads, support-foot locations, dynamic loads, vibration sensitivity, heat, center of gravity, access panels, utilities, user clearance, and manufacturer installation guidance.
Heavy, tall, dynamic, or highly sensitive equipment may require independent frames, floor support, isolation, or specialist tables. These requirements should be resolved by the responsible engineers rather than inferred from a product image.
03
Coordinate ESD and electrical interfaces explicitly
Where electrostatic-discharge control is required, the responsible project team should define the performance, grounding, monitoring, personnel, floor, seating, storage, and test requirements.
Furniture drawings can then show approved work surfaces, grounding points, cable management, equipment connections, and responsibility boundaries without making unverified ESD claims.
04
Allow equipment access and controlled change
Plan doors, aisles, lifting, bench removal, service panels, calibration access, and future replacement routes alongside the operating layout. A workstation is not maintainable if adjacent cabinets block required access.
Use modular storage, open bays, mobile support, or accessible services where the approved workflow benefits from change, while preserving loading, stability, environmental, and safety requirements.