Automated SPE Robot
Transform your laboratory efficiency with our intelligent automated SPE systems. Eliminate manual handling errors, increase sample throughput, and achieve superior reproducibility with robotic precision. Our automated SPE robots handle everything from sample loading to final elution with minimal operator intervention.
Automated SPE System Configurations
Robot Capacity by Sample Throughput
Choose the system that matches your laboratory workflow:
- 12-Position Robot - Processes up to 12 samples simultaneously | Ideal for small laboratories and method development | Footprint: 60cm × 45cm
- 24-Position Robot - Mid-range throughput for routine analysis | Environmental monitoring labs | Footprint: 80cm × 50cm
- 48-Position Robot - High-throughput screening | Municipal water testing facilities | Footprint: 100cm × 60cm
- 96-Position Robot - Ultra-high capacity for large-scale programs | Regional water quality surveillance | Footprint: 120cm × 80cm
Sample Volume Capabilities
Automated systems configured for various water sample volumes:
- Small Volume (1-50mL) - Pharmaceutical screening, effluent spot checks | Uses 1mL-3mL cartridges | Processing time: 8-15 min/sample
- Standard Volume (50-500mL) - Drinking water compliance, surface water monitoring | Uses 3mL-6mL cartridges | Processing time: 15-30 min/sample
- Large Volume (500mL-2L) - Groundwater, reservoir monitoring | Uses 6mL-12mL cartridges | Processing time: 30-60 min/sample
- Ultra-Large Volume (2-5L) - Trace contaminant analysis, pristine water sources | Uses 12mL-20mL cartridges | Processing time: 60-120 min/sample
- Custom Volume - Programmable for any volume from 1mL to 10L | Flexible cartridge compatibility
System Types
Positive Pressure Automated SPE
Precision pump-driven extraction for maximum control:
- Programmable Flow Rate Control - Adjust flow from 1-50 mL/min per cartridge for optimal retention
- Pressure Monitoring - Real-time pressure sensors detect cartridge clogging or blockage
- Independent Channel Control - Each position operates independently for different methods simultaneously
- Solvent Delivery System - Integrated pumps for automated conditioning, washing, and elution
- Waste Management - Automatic waste diversion with solvent recovery option
- Best For: Viscous samples, high-precision applications, method development
Vacuum Chamber Automated SPE
High-throughput processing with traditional vacuum manifold reliability:
- Dual-Chamber Design - Upper chamber for samples, lower for collection/waste
- Programmable Vacuum Control - Adjustable from 5-25 inHg (170-635 mbar) for flow rate optimization
- Parallel Processing - All positions process simultaneously for maximum speed
- Automated Valve Control - Robotic arm manages vacuum application and release
- Collection Tube Compatibility - Accepts 15mL, 50mL tubes and custom vials
- Best For: High sample loads, routine monitoring programs, cost-effective automation
Hybrid Pump-Vacuum System
Combines the advantages of both technologies:
- Positive Pressure Loading - Pump delivers sample at controlled rate
- Vacuum Elution - Fast final elution with vacuum assist
- Flexible Operation Modes - Switch between pressure and vacuum for different steps
- Optimal for Complex Methods - EPA 525/537, multi-residue pesticide methods
- Best For: Laboratories requiring maximum versatility
Drinking Water Applications
Automated SPE for safe drinking water compliance and monitoring:
- EPA Method 525.3 - Semi-volatile organic compounds | Automated C18 extraction with 1L samples | 24-48 samples/8hr shift
- EPA Method 537.1 - PFAS analysis (14 compounds) | WAX cartridge automation | Minimizes analyst exposure to PFAS
- Disinfection Byproducts - Trihalomethanes, haloacetic acids | High-throughput screening | Compliance monitoring automation
- Pesticide Screening - Glyphosate, atrazine, chlorpyrifos | HLB/SAX combination | Source water protection programs
- Pharmaceutical Residues - Antibiotics, hormones in drinking water sources | HLB cartridges | Watershed surveillance
- Taste and Odor Compounds - Geosmin, MIB (algal metabolites) | Automated extraction reduces operator bias
- Per-Chlorate and Bromate - Ion exchange automation | Regulatory compliance testing
Wastewater Applications
Robust automation for challenging wastewater matrices:
- Industrial Effluent Monitoring - Heavy metals (chelating sorbents), organic pollutants | Permit compliance automation | 24/7 operation capability
- Pharmaceutical Manufacturing Discharge - Active pharmaceutical ingredients (APIs) | Multi-layer cartridge automation | Process monitoring
- Agricultural Runoff - Pesticides, herbicides, fertilizer residues | Seasonal high-volume processing | Storm water event response
- Municipal Wastewater Treatment - Influent/effluent comparison studies | Performance monitoring | Automated quality control
- Microplastic Additives - Phthalates, BPA, flame retardants | C18 + Florisil automation | Plastic pollution research
- Antibiotic Resistance Genes (ARG) - DNA extraction from filtered samples | Automated purification for genomic analysis | Hospital wastewater surveillance
- Endocrine Disrupting Compounds - Estrogens, androgens in wastewater | HLB automation for estrogen monitoring programs
- Personal Care Products - Fragrances, UV filters, preservatives | High-throughput screening | Source tracking studies
Smart Automation Features
Method Storage & Recall
Save up to 100 custom methods with all parameters. One-touch method selection. Export/import methods between instruments for lab standardization.
LIMS Integration
Direct connection to laboratory information management systems. Barcode sample tracking. Automated data export to chromatography systems. Chain-of-custody documentation.
Real-Time Monitoring
Touchscreen interface displays progress for all positions. Email/SMS alerts for completion or errors. Remote monitoring via web browser or mobile app. Process visualization dashboard.
Audit Trail & Compliance
FDA 21 CFR Part 11 compliant data logging. Complete processing history with timestamps. User authentication and electronic signatures. GLP/GMP ready documentation.
Error Detection & Recovery
Automatic detection of empty reagent bottles, clogged cartridges, or pressure anomalies. Pause-and-resume capability for intervention. Position-specific error flagging without stopping entire run.
Predictive Maintenance
Usage-based maintenance reminders. Valve cycle counting. Pump performance tracking. Scheduled calibration alerts. Minimizes unplanned downtime.
Why Choose Our Automated SPE Robots?
Superior Reproducibility
Robotic precision eliminates human variability. CV <2% for replicate extractions. Consistent flow rates regardless of cartridge back-pressure. Same results between operators and shifts.
Increased Laboratory Safety
Minimizes analyst exposure to organic solvents and toxic samples. Enclosed processing chamber with fume extraction option. No manual handling of hazardous PFAS or pesticide samples.
Dramatic Time Savings
Process 24-96 samples unattended overnight. Analysts freed for higher-value tasks. 8-hour manual workload completed in 2 hours. Walk-away automation during conditioning and washing steps.
Cost Efficiency
Reduces solvent consumption by 30-40% through precise metering. Lower cartridge costs via optimized flow rates (less clogging). Decrease labor costs per sample. Payback period typically 12-18 months.
Regulatory Acceptance
Validated methods for EPA, ISO, AOAC procedures. Meets regulatory requirements across CPTPP nations. Audit trail documentation for accredited laboratories. Successfully deployed in ISO 17025 certified facilities.
Scalability & Flexibility
Modular design allows capacity upgrades. Compatible with all major SPE cartridge brands. Easily reconfigure for new methods. Accommodates future regulatory requirements.
System Comparison
| Feature | Positive Pressure | Vacuum Chamber | Hybrid System |
|---|---|---|---|
| Throughput | Moderate | High | Moderate-High |
| Flow Rate Control | Excellent | Good | Excellent |
| Viscous Samples | Excellent | Fair | Excellent |
| Initial Cost | Higher | Lower | Highest |
| Best For | Method development, diverse applications | Routine high-volume testing | Maximum flexibility, research labs |
Technical Support & Training
Installation & Qualification: Full IQ/OQ/PQ documentation provided. On-site installation by certified technicians. System qualification to regulatory standards.
Comprehensive Training: 2-3 day on-site operator training included. Method development workshop. Troubleshooting certification. Annual refresher courses available.
Service & Support: 24/7 technical support hotline. Remote diagnostic access. Preventive maintenance contracts. Loaner equipment during repairs. Regional service centers across CPTPP nations.
Method Transfer Assistance: Our applications team will help convert your manual methods to automated protocols. Free consultation for first method optimization.
Need Help Choosing?
Our applications scientists have decades of combined experience in environmental water analysis. Contact us with your specific requirements, and we'll recommend the optimal cartridge configuration. Free consultation included with every custom order inquiry.