Analytical Lab Workstations — Custom Benches for QC, R&D & CRO Labs

A lab workstation is a purpose-engineered bench system designed to support specific laboratory instruments, workflows, and compliance requirements. Unlike generic furniture, analytical lab workstations integrate features such as chemical-resistant surfaces, vacuum pump enclosures, independent solvent storage, tubing and wiring cutouts, and load ratings up to 1,000 lbs to safely house and organize complex analytical instrumentation.

Workplace Modular Systems offers multiple SEFA 8-compliant work surface options including Epoxy Resin (1-inch thick), Phenolic Resin, post-formed plastic laminate, stainless steel, and wood. Epoxy and phenolic resin surfaces are most commonly specified for analytical labs due to their superior resistance to solvents, acids, and reagents used in LC-MS and GC workflows.

Yes. Workplace Modular Systems maintains named OEM partnerships with Waters Corporation, Siemens Diagnostics, and Beckman Coulter, and offers OEM-compatible configurations for Thermo Fisher Scientific, Agilent Technologies, Bruker, PerkinElmer, Shimadzu, Sciex, and others. With 9 standard configurations and fully custom options, virtually any instrument footprint can be accommodated.

The primary analytical lab workstation series is rated at 1,000 lbs of evenly distributed load capacity. This rating covers the combined weight of mass spectrometers, LC/GC systems, vacuum pumps, solvent storage, and associated accessories, making these benches suitable for even the heaviest multi-instrument analytical setups in QC and R&D environments.

Standard custom orders are manufactured and shipped within 30–45 calendar days from Workplace Modular Systems' domestic facility in Londonderry, NH. Quick Ship configurations are available in fewer than 14 days for popular setups. Custom OEM-specific configurations typically have a 3-week production lead time. Assembly and installation services are available upon request.

These workstations are designed to comply with SEFA 8 chemical resistance standards, ISO/IEC 17025 laboratory quality requirements, and OSHA 1910 lab safety regulations. BSL-1 readiness is standard, with BSL-2 and BSL-3 configurations currently in development. These certifications make them appropriate for pharmaceutical, biotech, clinical diagnostics, and CRO laboratory environments.