Drick Laboratory Planning, Design & Turnkey Fit-Out Service
| Brand | Drick |
|---|---|
| Origin | Shandong, China |
| Manufacturer Type | Direct Manufacturer |
| Country of Origin | China |
| Model | Drick Custom Lab Solution |
| Starting Price | USD 14,000 (excl. VAT & site-specific scope) |
| Design Experience | 10+ Years |
Overview
Drick Laboratory Planning, Design & Turnkey Fit-Out Service is a comprehensive engineering-led solution for academic, pharmaceutical, food safety, and industrial R&D laboratories. Unlike generic architectural consulting, this service integrates process-driven laboratory workflow analysis with building science, mechanical, electrical, plumbing (MEP), and safety-critical systems engineering. The core methodology follows ISO/IEC 17025–aligned spatial logic—prioritizing functional zoning (e.g., clean-to-dirty flow), containment hierarchy (BSL-1 to BSL-2 compliance), and operational resilience. Each project begins with a detailed process mapping exercise: identifying sample throughput, reagent storage requirements, instrument heat load profiles, hazardous material handling protocols, and emergency egress constraints. This ensures that the final layout—not merely aesthetic—is validated against operational continuity, regulatory traceability, and long-term maintainability.
Key Features
- End-to-end delivery: From conceptual programming and schematic design through construction documentation, contractor tender support, on-site supervision, and commissioning verification.
- Integrated MEP system coordination: Unified design of HVAC (with dedicated lab air change rates ≥6–12 ACH, variable air volume control, and duct static pressure monitoring), fire suppression (wet-pipe sprinklers + localized CO₂ or FM-200 where required), gas supply (centralized manifold systems for N₂, O₂, H₂, and specialty gases with dual-stage regulators and leak detection), and emergency power backup (UPS + generator interface).
- Regulatory-aware infrastructure: Design documentation includes compliance cross-references to GB 50016 (China Fire Code), GB 50346 (Biosafety Laboratory Construction Standards), ISO 14644 (cleanroom classification), and ASHRAE 110 (fume hood performance testing protocols).
- Modular adaptability: Structural and utility provisions allow for future reconfiguration—e.g., relocatable fume hoods, plug-and-play utility columns, and raised access flooring compatible with underfloor service distribution.
- Digital deliverables: Full BIM (Building Information Modeling) coordination in Revit format, including clash detection reports, equipment scheduling, and as-built documentation aligned with ISO 9001 quality records.
Sample Compatibility & Compliance
The service supports laboratories handling diverse sample types—including microbial cultures (yeast propagation, bacterial isolation), chemical reagents (organic solvents, acids/bases), and biological specimens—across Class I, II, and limited Class III containment environments. All ventilation designs comply with EN 14175 fume hood face velocity standards (0.4–0.5 m/s) and local fire code requirements for smoke extraction and stairwell pressurization. Electrical systems conform to IEC 60364 for laboratory-specific grounding, circuit segregation (separate branches for instrumentation vs. general power), and surge protection. Water systems incorporate backflow prevention (ASSE 1012), deionized water loop design (for analytical labs), and acid waste neutralization integration where applicable. Documentation packages are structured to support GLP audits and FDA 21 CFR Part 11 readiness (e.g., version-controlled drawings, change logs, and approval sign-offs).
Software & Data Management
Drick utilizes Autodesk Revit for 3D modeling and Navisworks for multidisciplinary coordination. All design outputs are managed via a secure cloud-based project portal with role-based access control, revision history tracking, and automated PDF stamping (including “For Construction” or “For Review” status). Equipment schedules include manufacturer datasheets, maintenance intervals, and calibration frequency references. For clients requiring digital twin capability, optional integration with Siemens Desigo CC or Honeywell Enterprise Buildings Integrator (EBI) is available for real-time HVAC and power monitoring post-commissioning.
Applications
This service is routinely deployed for: university teaching labs (microbiology, fermentation, food chemistry); QC/QA labs in GMP-certified pharmaceutical and nutraceutical facilities; municipal and provincial CDC microbiology and virology units; contract research organizations (CROs) requiring rapid lab scalability; and industrial R&D centers needing high-containment pilot-scale fermentation suites (e.g., yeast propagation rooms with HEPA-filtered supply air and negative pressure differentials relative to corridors). Past projects include a 112.44 m² BSL-2 compliant microbiology lab with dedicated preparation, culture expansion, and analytical zones—engineered for seamless integration with adjacent office infrastructure while maintaining independent exhaust and fire-rated compartmentalization.
FAQ
Does Drick provide laboratory accreditation support?
Yes—design documentation includes traceable alignment with CNAS-CL01 (equivalent to ISO/IEC 17025), GB/T 27025, and relevant provincial health authority requirements. We assist in developing SOPs for facility-related clauses (e.g., environmental monitoring, equipment validation, and maintenance records).
Can the design accommodate future expansion or reconfiguration?
Absolutely—structural loading allowances, spare conduit pathways, and modular utility interfaces are standard in all schematics. Layouts follow “flexible grid” principles (e.g., 1.2 m module spacing) to enable future bench relocation or equipment upgrades without major retrofitting.
What is included in the commissioning phase?
Functional performance testing of all critical systems: HVAC airflow balancing and room pressure verification, fume hood face velocity and tracer gas containment tests, emergency lighting duration validation, fire alarm system integration checks, and gas line integrity pressure testing per GB 50235.
Do you offer post-handover technical support?
Yes—12 months of warranty coverage for design defects, plus optional extended support contracts covering periodic system reviews, recalibration guidance, and regulatory update briefings (e.g., new GB standards or provincial inspection protocols).
