| Flow Range | 1 to 4000 µL/min, increments of 1.0 µL/min |
| Accuracy of Flow Rate | ≤1% |
| Precision of Flow Rate | ≤0.07% RSD |
| Maximum Pressure | ≥18000 psi |
| Mobile Phase Selection | Solvent selection valve allows any two of A, B, C, D as mobile phase |
| Vacuum Degasser | Built-in; each pump degassed separately (A / B) |
| Delay Volume | <50 µL (includes 35 µL mixer) |
| Gradient Modes | Linear, concave, convex |
| Gradient Range | 0 to 100% |
| Gradient Precision | ≤0.15% RSD |
| Gradient Accuracy | ±0.5% (absolute), 5% to 95% |
| Pressure Fluctuation | <1% of system pressure or 5 bar (whichever greater) |
| Injection Modes | Full loop, semi-loop, microliter |
| Injection Repeatability | Full: <0.3% RSD; Semi: <0.5% RSD; Micro: <1.0% RSD |
| Sample Capacity | Max 384 positions; ≥96 positions for 2 mL vials |
| Injection Range | 1–500 µL (standard); 250, 1000, 2500 µL (optional) |
| Residue | <0.05% (standard); <0.01% (extra rinse); |
| Sample Cooling | 4℃±2℃ (min); Room temp to -3℃(max) |
| Temperature Control Range | Room temp +5℃ to 90℃ |
| Temperature Control Method | Mobile phase preheating + forced air circulation |
| Maximum Column Capacity | ≥5 columns, length ≥250 mm |
| Design | Orthogonal vertical spray, anti-pollution, low background noise |
| Ion Source Gases | 1 atomizing + 2 desolvation gases; flow rate set in software |
| Spray Voltage | Max 6 kV; settable in software |
| Aux Heating Temp | ≥700℃; settable in software |
| Exhaust Device | Prevents backflow, reduces memory effect, protects pump and environment |
| Ion Interface | Cone hole or capillary; capillary design requires 50 extra capillaries |
| Back-Blowing Design | Reduces neutral molecule introduction |
| Interface Temp | ≥110℃ to improve anti-pollution |
| Ion Transmission System | 4-stage differential vacuum with multi-quadrupole focusing |
| Mass Analyzer | Triple quadrupole |
| Quadrupole Material | High-precision pure Mo; no need for extra temp control |
| Quadrupole Surface | Gold-plated for anti-contamination |
| Quadrupole Structure | Pre-rods before/after first; front pre-rod in second quadrupole |
| Collision Cell | Linear or 90° curved; curved requires 3 years free cleaning commitment |
| Collision Gas | High-purity nitrogen |
| Sensitivity | ESI+: 1 pg reserpine, S/N≥300,000:1; ESI-: 1 pg chloramphenicol, S/N≥300,000:1 |
| Quantitative Reproducibility | Reserpine & Chloramphenicol: RSD ≤5% (6 injections) |
| Quadrupole Resolution | 0.4 to 3.0 amu adjustable |
| Mass Stability | ≤0.1 amu/24h |
| Scan Speed | ≥20,000 amu/s |
| Min Scan Step | 0.02 amu |
| Dynamic Range | 6 orders of magnitude |
| MRM Channels | ≥30,000 MRM groups per injection with no sensitivity loss |
| Min Dwell Time | 1 ms |
| MS/MS Switch Time | ≤1 s |
| Detector Type | Electron multiplier tube |
| Detection Method | Pulse counting for low concentration reproducibility |
| Vacuum System Configuration | Mechanical + turbomolecular pump, differential exhaust, auto power-off |
| Mechanical Pump Speed | 65 m³/h |
| Turbo Pump Speed | 50 / 400 / 500 L/s |
| Workstation Software Platform | Windows XP and above |
| Automation | Calibration, instrument monitoring |
| Power Supply | (220±20) V AC,10A,50 Hz |
| Dimension | 750 × 660 × 670 mm |
| Packaging Dimension | 940 × 830 × 600 mm |
| Net Weight | 48 Kg |
| Gross Weight | 68 Kg |
Step scan ion transmission
Low-noise pulse counting detection
Superior stability
High sensitivity
User-friendly design
Liquid Chromatography Mass Spectrometry LCMS-A11 detects sulfonamides in pork, pesticides in water, pollutants, neonatal diseases, and vitamin D levels in serum with high sensitivity.
Accessories Name | Quantity |
Ultra-High Pressure Gradient Pump | 1 pc |
Automatic Sample Injector | 1 pc |
Column Oven | 1 pc |
ESI Ion Source | 1 pc |
Vacuum Interface and Ion Transmission System | 1 pc |
Mass Analysis System | 1 pc |
Detector | 1 pc |
Vacuum System | 1 pc |
Workstation Software | 1 pc |
Accessories Name | Quantity |
Computer System | 1 pc |
AC Regulated Power Supply | 1 pc |
Laser Printer | 1 pc |
Nitrogen Generator | 1 pc |
Bottle of High-Purity Nitrogen (including gas pressure reducing valve) | 1 pc |
Labtron liquid chromatography mass spectrometry (LCMS) offer increased detection and quantification limits with improved repeatability, accuracy, and selectivity. They have powerful ion sources, cutting-edge ion transmission systems, and extensive technique libraries. They are designed to operate reliably thanks to safety interlocks, sophisticated batch processing, and automated tuning. These devices provide dual ion sources for flexible compound analysis. Our LCMS systems provide an intuitive workstation and pulse detection for efficient operation and best outcomes.

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Labtron Liquid Chromatography Mass Spectrometry is widely used for detecting and analyzing trace amounts of substances in complex samples. It plays a crucial role in food safety, environmental monitoring, clinical diagnostics, and pharmaceutical research. For example, it can detect sulfonamides in pork, pesticides in water, pollutants in soil, and even vitamin D levels in blood serum. Its high sensitivity and accuracy make it ideal for identifying very small quantities of chemicals, which is essential for quality control and public health safety.
Labtron system combines high-performance liquid chromatography with a triple quadrupole mass spectrometer to achieve exceptional precision. The use of advanced technologies like step scan ion transmission, low-noise pulse counting detection, and a gold-plated quadrupole structure ensures minimal background interference and high signal clarity. Additionally, its E Spray biorthogonal electrospray ion source provides strong resistance to matrix effects, which helps maintain consistent accuracy even when analyzing complex or dirty samples.
Labtron system is designed for flexibility, allowing users to choose from full loop, semi-loop, or microliter injection modes based on the sample type and volume. It supports a wide range of flow rates and has a highly accurate and repeatable injection system, ensuring reliable results with minimal sample residue. This makes it suitable for both routine laboratory testing and advanced research where different injection techniques may be needed depending on the sample’s characteristics.
Labtron uses a robust design with a four-stage differential vacuum and multi-quadrupole focusing for stable ion transmission. It also features a vacuum system with both mechanical and turbomolecular pumps, ensuring consistent pressure and protection against backflow. Features like preheated mobile phase lines, anti-pollution spray design, and gold-plated components reduce contamination risks and extend maintenance intervals. These aspects ensure the instrument remains stable and reliable even during long-term, high-throughput operations.
Yes, Labtron Liquid Chromatography Mass Spectrometry is suitable for use in regulated environments, including clinical laboratories. Its automation features such as built-in calibration, instrument monitoring, and temperature control support compliance with strict quality standards. The system is designed for high-throughput applications with excellent reproducibility, making it reliable for diagnosing neonatal diseases or monitoring therapeutic drug levels. Its ability to detect extremely low concentrations with high precision is particularly important in clinical and pharmaceutical settings.
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Labtron Equipment Ltd., Quatro House, Lyon Way, Camberley, Surrey GU16 7ER United Kingdom
Email: info@labtron.com Whatsapp: +44 73 4441 2688 Phone: +44 2080 043608