Description

Product Highlights – CARON 7003-33 Heated and Humidified Incubator

• Large-capacity heated and humidified incubator for high-volume laboratory applications: Expansive 33 cubic foot (934 liter) reach-in incubator designed for precise temperature and humidity control in high-throughput incubation, pharmaceutical stability testing, bulk sample conditioning, environmental simulation, materials testing, packaging validation, and large-scale laboratory workflows requiring both thermal and moisture regulation in a spacious reach-in format ideal for pharmaceutical, quality control, research, and industrial laboratories with substantial testing requirements.
• Maximum workspace capacity with reach-in accessibility: Large reach-in configuration with 32″ W × 27″ D × 65.7″ H interior dimensions and 35.5″ W × 33.3″ D × 90.1″ H exterior footprint provides maximum workspace volume in a reach-in format, enabling convenient high-volume sample access, efficient bulk loading and unloading, and streamlined high-throughput workflow integration without the facility requirements, construction costs, or space demands of walk-in environmental chambers or rooms.
• Comprehensive dual-parameter temperature and humidity control: Advanced heating and humidification systems operate from ambient +10°C to 70°C with controlled relative humidity to 95% RH for general high-volume incubation under controlled humidity, pharmaceutical stability protocols (ICH Q1A compliance), bulk sample conditioning, environmental simulation at scale, tropical climate testing, materials evaluation, packaging validation, accelerated aging studies, and humidity-dependent applications across pharmaceutical, quality control, research, and industrial laboratory environments requiring substantial workspace capacity.
• Industry-leading temperature accuracy and spatial uniformity: Professional-grade ±0.1°C temperature control precision and ±0.3°C spatial uniformity combined with precise humidity regulation (±3% RH typical) throughout the large-capacity incubator workspace ensure consistent, reproducible dual-parameter environmental conditions across all sample positions for stability testing, validation studies, quality assurance applications, and research protocols requiring documented temperature and humidity performance and reliability in high-volume testing scenarios.
• Capacitative humidity sensor for reliable moisture monitoring and control: Professional-grade capacitative humidity sensor technology provides accurate relative humidity measurement, responsive moisture control loop performance, and reliable RH regulation from ambient conditions to 95% relative humidity, ensuring precise dual-parameter environmental control for humidity-dependent incubation, pharmaceutical stability testing, bulk sample conditioning, materials evaluation under controlled moisture, and large-scale environmental applications in pharmaceutical and research laboratory environments.
• Engineered for reliable real-world dual-parameter laboratory performance: Designed to maintain stable temperature and humidity conditions under actual high-volume laboratory use with varying heavy product loads, frequent door access for routine bulk sample handling, ambient environmental fluctuations, diverse sample configurations across full workspace, and daily operational demands—delivering reliable dual-parameter thermal and moisture control in challenging real-world operational environments for dependable long-term high-capacity incubator service and consistent testing results.
• Maximum workspace capacity with flexible shelving configuration: Expansive interior workspace with versatile shelving system (5 shelves standard, expandable to 31 maximum shelves) accommodates bottles, culture vessels, sample containers, pharmaceutical packaging arrays, test specimens, materials samples, multi-plate configurations, bulk samples, large testing fixtures, equipment installations, and diverse high-volume laboratory configurations for organized high-throughput sample processing in maximum incubator capacity with controlled temperature and humidity across all shelf positions.
• High-precision 3-wire RTD temperature sensing technology: Professional-grade resistance temperature detector combined with capacitative humidity sensor provides accurate dual-parameter environmental measurement, responsive control loop performance, reliable setpoint stability across full workspace volume, and documented traceability to minimize temperature and humidity deviation, ensuring compliance with regulatory testing requirements, ICH stability guidelines, GMP requirements, FDA validation protocols, and pharmaceutical quality control standards for critical high-volume incubation and testing applications.
• Temperature and humidity control for humidity-critical applications at scale: Large-capacity heated and humidified incubator design enables complete environmental control and high-volume dual-parameter incubation—essential when both repeatable heat regulation and precise moisture management are required at substantial scale for pharmaceutical stability studies per ICH guidelines, high-throughput humidity-dependent incubation protocols, bulk sample conditioning under controlled RH, materials evaluation at scale, environmental simulation for multiple products, and large-volume applications that cannot be performed in temperature-only incubators or smaller chambers lacking humidity control capabilities.
• Optional one-handed door latch for ergonomic high-volume operation: Available ergonomic one-handed door latch accessory enables convenient large-incubator access with pull-to-open, automatic-latching operation for efficient high-volume workflow, reduced contamination risk during frequent access, and one-handed operation when carrying multiple samples or bulk materials, with integral lock option available for secure sample storage and controlled access in pharmaceutical, GMP, and regulated laboratory environments requiring documentation and security protocols for valuable samples.
• Eco-friendly large-capacity incubator technology for sustainable operation: Energy-efficient heating and humidification systems optimized for large workspace volume reduce operational costs, water consumption, utility usage, and environmental impact while maintaining professional-grade dual-parameter performance—supporting sustainable laboratory practices, reduced energy budgets, green building initiatives, and lower carbon footprint without compromising temperature and humidity control capabilities, testing accuracy, or large-capacity incubator reliability for high-volume laboratory operations.
• Versatile large-capacity heated and humidified incubator for multiple applications: Ideal for general high-volume incubation under controlled humidity, pharmaceutical stability testing at scale (ICH Q1A guidelines), bulk sample conditioning and equilibration, environmental simulation for multiple products, materials humidity stress testing, high-throughput product validation and qualification, controlled climate storage, accelerated aging studies, microbiological incubation requiring humidity control, cosmetics stability protocols, medical device conditioning, packaging validation at scale, and comprehensive dual-parameter incubation across pharmaceutical, biotech, academic, quality control, materials testing, and research laboratory environments requiring maximum workspace capacity.
• Maximum capacity balancing workspace volume and reach-in accessibility: 33 cubic foot dual-parameter incubator capacity provides maximum workspace volume in a reach-in configuration, making this large-capacity heated and humidified incubator ideal for laboratories requiring substantially more capacity than mid-size units (25 cu ft) or compact chambers (10 cu ft) while maintaining efficient reach-in accessibility, convenient ergonomic sample handling, manageable installation requirements, and practical laboratory footprint without the construction costs, facility modifications, or space demands of walk-in environmental rooms.
• Simplified installation, operation, and environmental system maintenance: User-friendly design with straightforward facility requirements, reach-in installation flexibility, intuitive dual-parameter temperature and humidity controls with clear digital display, accessible interior workspace design for efficient sample management, durable stainless steel construction for long-term reliability, maintainable environmental control components, optional condensate recirculator for water management, and available column air dryer for low RH operation reduces training time, minimizes operational complexity, and ensures reliable long-term dual-parameter incubator performance for high-volume laboratory operations.
• Matches high-value large-capacity incubator search terms: Commonly specified as heated humidified incubator, 33 cubic foot incubator, large-capacity humidity incubator, temperature humidity incubator, reach-in environmental incubator, pharmaceutical stability incubator, climate controlled incubator, dual-parameter laboratory incubator, high-capacity incubator with RH control, 934 liter incubator, large reach-in incubator, or pharmaceutical environmental incubator for institutional procurement, pharmaceutical validation projects, quality control laboratory equipment sourcing, and research facility high-capacity incubator purchasing decisions.