The SimPrep automated sample dilution system does more than just mixing and dispensing; it can automatically create:
Calibration curves from predefined dilution factors
Internal standard additions
1 to 1 and 1 to many sample transfers (splitting)
Wide range of syringes from 20 μL to 50mL
A single system can serve multiple techniques such as ICP-MS, ICP, AA, Colorimeter, IC, FIA
An extra autosampler – easily switch between sample prep and sample anaylsis with a switching USB hub.
Homogenous dilutions up to 2000x
Carryover < 0.01%
Precision 100% at <0.2%
Accuracy 100% ±1%
Linearity r2 = > 0.999996 over wide ranges
Put the most reliable, longest-lasting autosampler to work in your lab for the seemingly endless demands of sample analyses.
Polymer cover, base and sample tray
Carbon fiber arm and z-drive
No exposed metal parts
Flowing rinse station with on-board peristaltic pump
10 standards positions for 50mL vials
Flexible sample rack configurations
Fast, fluid movement
Multiple accessory options
Chemically resistant materials
Optional dual rinse station
Fluid mechanical operation
Configurable XYZ movement
Dust Cover Enclosure (optional)
Oils 7600 Homogenizing Autosampler allows 2 sample matrices to be introduced to an ICP instrument from the same system. Boasting a dual port rinse station fed by 2 separate peristaltic pump, it can change between oils and coolants testing on demand.
A stirring paddle mounted next to the sample probe efficiently mixes each sample and, with sample probe, is cleaned at the rinse station.
Analyze 2 samples per minute with ASXPRESS PLUS rapid sample introduction for ASTM 5185 and ASTM 6130 testing
An improved drip cup allows sample drip capture and retention to eliminate cross contamination at faster XYZ movement
An improved drip cup captures and retain any sample droplets, eliminating cross contamination while probe and stirrer move over the sample tubes. It uses cam shaft to provide smoother movement and also has an internal lip to ensure liquid retention while moving at higher speeds
Used oil coolant samples can be analyzed from the same automation with a sliding rinse station.
For Oil testing, the probe and stirrer are rinsed in ports fed from a peristaltic pump with kerosene or white spirit.
For coolants testing, the rinse station slides over and engages a second peristaltic pump that delivers an approciate rinse agents such as water or nitric acid.
By changing the sample probe, stirring paddle and ICP glassware, the analyst can switch from oils testing to collants testing within 5 minutes.
The MVX-7100 µL Workstation offers highly consistent, syringe driven, low volume and configurable flow rate sample introduction for quadrupole based, high resolution and multi-collector ICP-MS instrumentation. This technology opens the door to samples of limited volume and batch analysis of volatile sample types.
Introduce sample aliquots from less than 5 µL to greater than 1.5 mL
The MVX-7100 µL Workstation is compatible with any nebulizer type
Ensure sample integrity across an analytical batch
Improves the wear metals workflow
Maintain sample integrity
Customize sample routines
The SDXHPLD system combines the ASX-560 autosampler with a high precision syringe pump for both aliquot and diluent, but goes an additional step using a novel vortex mixing accessory prior to sample introduction to ICP and ICP-MS.
Vortex mixing promotes homogenization of a sample to ensure accurate and precise analysis following dilution, whatever the sample matrix. The resulting fully homogenized dilution improves data quality over in-line combination.
Prescriptive Dilution (2x to 5000x)
Responsive and Intelligent Dilution
Realtime Sample Homogenization Prior to Introduction
When coupled to a compatible autosampler, the ASXPRESS PLUS Rapid Sample Introduction Accessory minimizes times for sample delivery, stabilization, and washout with ICP-AES or ICP-MS. The result is increased sample throughput by up to 5 times or more. In addition, the ASXPRESS PLUS reduces costs from argon, power, ICP-AES / ICP-MS components, and system maintenance.
Increase sample throughput
Reduce sample delivery, stabilization and washout times
Reduce sample waste
Lower argon consumption
Reduce sample matrix exposure on ICP-AES / ICP-MS hardware
Eliminate sample memory effects from peristaltic pump tubing
Available in white or grey to match your system
ENC series DC Autosampler Enclosures won’t just protect your samples and employees, they will protect your peace of mind.
Save bench space with an enclosure sized to fit your autosampler
Flat pack design for inexpensive shipping
Shatter-proof polycarbonate construction
Quickly evacuates harmful fumes and protects samples from contamination
Prevents contamination and corrosion
Easy access to samples and autosampler components through front and rear
Chemical resistant materials: polycarbonate frame, silicone and polyethylene plugs, nylon fittings
Multiple configuration possibilities for vent and fan
Multiple ports for tubing and power cords
Can be used without the fan and filter to function as a convenient dust cover
Included 4” exhaust port flange allows fumes to be removed through a laboratory exhaust system
Optional fan maintains positive pressure
Optional HEPA filter
Optional rigid base for irregular lab surfaces
Multiple configuration possibilities and optional accessories allow you to configure the enclosure to best suit your requirements.
Multiple ports. Placement of the vent and fan and routing tubing and power cords can be configured for any space.
Filtered positive pressure enclosure. When fitted with the optional fan and HEPA filter, the enclosure provides a positive pressure enclosure.
Vented enclosure. The addition of the flange allows the fumes to be removed through a laboratory exhaust system.
Dust cover. DC Enclosures can be used without the fan and filter to function as a convenient dust cover.
Rigid base. DC Enclosures can be fitted with an optional base for use on irregular surfaces.