VitalScientific - Selectra Mach5

Disclaimer

For In Vitro Diagnostic use only
©2024, VitalScientific, Spankeren, the Netherlands
Selectra Mach5 is a registered trademark of VitalScientific.
Selectra Mach5 product specifications are subject to modification to ensure the highest quality of performance over the life of the product.
Availability may be subject to regulatory requirements. Please contact your local representative for information on the availability of this product in your area.

Measurement area

General information

Temperature controlled at 37°C
16 Individual photometer slots
12 Photometers pre-installed: 340, 405, 415, 490, 505, 546, 570, 600, 625, 660, 700 and 800 nm
Cycle time 7.2 seconds

Cuvette rotor with a maximum life of 30,000 tests makes the Selectra Mach5 very economical to run, which is good for laboratory budgets
All cuvettes are measured, at every wavelength, 15 times during each 7.2 second cycle (30,702 measurements per cycle) and the data is managed by sophisticated software that ensures the quality of each data point used, and that means test results the laboratory can trust
Maintenance free photometers with automatic and predictive lifespan control features will maximise operating time over the life of the instrument

Cuvette rotor

TPX material with proven quality
128 reusable cuvettes
Maximum of 30.000 measurements / rotor
Measurement volume of 110 - 400 µL
5.0 mm path length

Cuvette rotor with a maximum life of 30,000 tests makes the Selectra Mach5 very economical to run, which is good for laboratory budgets
All cuvettes are measured, at every wavelength, 15 times during each 7.2 second cycle (30,702 measurements per cycle) and the data is managed by sophisticated software that ensures the quality of each data point used, and that means test results the laboratory can trust
Maintenance free photometers with automatic and predictive lifespan control features will maximise operating time over the life of the instrument

Cuvette wash module

Automatic wash with 4 x 500 µL of preheated system liquid
System liquid overflow detection

Cuvette rotor with a maximum life of 30,000 tests makes the Selectra Mach5 very economical to run, which is good for laboratory budgets
All cuvettes are measured, at every wavelength, 15 times during each 7.2 second cycle (30,702 measurements per cycle) and the data is managed by sophisticated software that ensures the quality of each data point used, and that means test results the laboratory can trust
Maintenance free photometers with automatic and predictive lifespan control features will maximise operating time over the life of the instrument

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Photometer module

Maximum of 16 photometers, 12 are preinstalled
Light emitting diode (LED) based photometers
Long lifespan of LEDs compared to halogen lamp (average 20,000 versus 2,000 hours)
Predictive lifespan control on photometers
No adjustments required

The photometer module consists of 12 standard maintenance free innovative LED Photometric cartridges, each with a completely independent LED optic system with an average operating time of 20,000 hours, which is 10 times the average lifespan of halogen lamps
Each photometric cartridge has built in predictive lifespan control, so replacement of photometric cartridges can be managed in a way to minimise downtime
System can accommodate up to 16 Photometric cartridges, leaving 4 positions available for future tests requiring additional wavelengths

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Pipetting & mixing area

Sample arm module

100 µL maintenance free positive displacement pump
1 – 30 µL sample in 0.1 µL steps
Automatic preheating of the sample during transfer to the cuvette
Liquid level detection (LLD)
Vertical collision detection
Clot detection
Wash station for cleaning the probe

Sample arm module with maintenance free positive displacement pump, clot detection, liquid level sensor and collision protection, all contribute to maximising instrument operating time, improving workflow and walkaway time
Independent sample arm module washing station minimises the risk of sample-to-sample carryover, which means the laboratory can be confident in reported results
Low sample volumes for VitalScientific system reagents means less sample is required to complete routine clinical chemistry testing, which is better for the patient

Reagent arm module

500 µL maintenance free positive displacement pump
10 – 370 µL reagent volume in 1 µL steps
Automatic preheating of the reagent during transfer to the cuvette
Liquid level detection (LLD)
Vertical collision detection
Wash station for cleaning the probe

Reagent arm module with maintenance free positive displacement pump, liquid level sensor and collision protection all contribute to maximising instrument operating time, improving workflow and walkaway time
Independent reagent arm module washing station minimises the risk of reagent-to-reagent carryover, which means test results the laboratory can trust
Low volumes for VitalScientific system reagents (average cuvette reagent volume 150 µL per test) has a direct impact on overall running costs, reducing pressure on laboratory budgets

Mixer module

Stainless steel mixer with precision designed shape to optimize mixing process
Mixing after addition of Sample, R2, R3 and R4
Vortexed in wash cup for efficient cleaning after mixing
Dried by means of vortexing

Independent mixing station with a unique stainless steel, precision engineered mixing paddle optimises rapid and complete mixing after addition of sample, R2, R3 and R4, ensuring that reactions will proceed under ideal conditions, which means better precision and accuracy
Independent vortex washing and drying system ensures the integrity of the measurement in each individual cuvette
Mixing module washing solution is refreshed for each mixing cycle, minimises potential carryover

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Reagent area

5 User interchangeable segments for reagents, diluents and special fluids
Reagent positions; 65 barcode readable and 15 non-barcode readable
Internal cooling unit with peltier elements to improve onboard reagent stability (cooling range: 8°C +/- 4°C)

Five independent reagent segments within the reagent module, that can be individually accessed without the need to lift the main cover, means reagent inventory management functions can be performed safely and without significant interruption to workflow
Large on-board capacity to cover the broadest clinical chemistry menu, positively impacting on workflow
Controlled cooled environment in the reagent module maximises on board stability, minimising wastage

Segments for 90 mL containers (6 positions), all barcode readable
Segments for 30 mL containers; 15 positions of which 13 barcode readable and one 25 mL bottle (not barcode readable)
Adapters for 10 mL round bottles
Positive reagent identification (PRID)

Closed system, with open channel capability for assays not available from VitalScientific
System reagents, validated in accordance with industry standard procedures, ensures complete confidence in the reliability of results reported
Barcoded System packs streamlines reagent loading and reduces wastage arising from refilling bottles and /or loading incorrect reagents

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Sample area

5 User interchangeable segments for sample tubes
85 Sample positions; 65 barcode readable and 20 auxillary positions in the inner ring
Any position can be used as STAT, control or patient
Loading “on the fly”

Sample loading area, with capacity for 85 samples, is accessible without the need to open the main cover so samples, including urgent samples, can be added without significant interruption to workflow
Primary tube sampling with PSID maintains integrity of sample identification during the analytical process and significantly reduces the chances of human errors
Outer and inner ring of each sample loading segment can accommodate a variety of primary tube sizes, further reducing risks of sample handling errors in the analytical stage

Large variety of sample tube sizes can be loaded:
Ø: 12-16 mm, length: 75-100 mm
Positive sample identification (PSID)

Sample loading area, with capacity for 85 samples, is accessible without the need to open the main cover so samples, including urgent samples, can be added without significant interruption to workflow
Primary tube sampling with PSID maintains integrity of sample identification during the analytical process and significantly reduces the chances of human errors
Outer and inner ring of each sample loading segment can accommodate a variety of primary tube sizes, further reducing risks of sample handling errors in the analytical stage

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User interface

User interface that streamlines the daily workflow

Easily recognizable icons that guide the operator systematically through daily tasks
Proprietary “Follow the Flag” colour-coded, hierarchical alert system, so issues requiring attention can be easily identified
Capacitance Touch & Slide wide screen, mounted on a moveable arm, means accessing information, navigating screens and menus is convenient under all situations
Unique screen layout with dashboard display, enables operator to visually assess status of the system during operations

A simple to use intuitive user interface incorporating proprietary “follow the flag” colour coded hierarchical alert system and interactive dashboards, minimises operator training time without compromising overall quality of performance
Easily recognised icons guide and streamline daily processes, so highly skilled laboratory staff have increased availability to focus on more value adding activities, enhancing overall laboratory productivity

Automatic uploading of test parameters, calibrators and controls

Facilitated by unique 2D-barcoded system
Enables a streamlined loading procedure, positively impacting workflow
Improving quality assurance by minimizing risk for errors

The use of 2D barcode technology for the uploading of critical information relating to reagents, calibrators and controls reduces system preparation time, risk of errors and wastage, reducing costs and improving productivity
By scanning the 2D barcode the user can easily upload critical information into the system

Computer system

Fully integrated computer with SSD
Touchscreen Monitor 15.6“, Capacitive touch
Operating system: Windows 10 IoT
Ports: 6 USB ports, ethernet port
LI(M)S protocol: LIS 2A

A simple to use intuitive user interface incorporating proprietary “follow the flag” colour coded hierarchical alert system and interactive dashboards, minimises operator training time without compromising overall quality of performance
Easily recognised icons guide and streamline daily processes, so highly skilled laboratory staff have increased availability to focus on more value adding activities, enhancing overall laboratory productivity
The use of 2D barcode technology for the uploading of critical information relating to reagents, calibrators and controls reduces system preparation time, risk of errors and wastage, reducing costs and improving productivity

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Waste disposal module

Onboard waste capacity of 10 L
Waste disposal without interrupting the workflow
Up to 4 hours walk away time depending on throughput
Optional external waste kit
‘Full’ – notification through user interface

System liquid and waste containers are conveniently placed onboard the system, reducing health and safety risk and can be readily accessed when operating, reducing unnecessary delays during peak workloads
With an average water consumption rate of only 2.5L per hour combined with on-board capacity for system solutions and waste storage, system allows for up to 4 hours walkaway time
System incorporates on-board degassing system to reduce the risk of microbubbles compromising the quality of results

System liquid module

Onboard capacity of 10 L
Replenish without interrupting the workflow
Up to 4 hours walk away time depending on throughput
System liquid is 1:400 dilution of detergent in water (ASTM type II grade)
Onboard degassing system for optimal performance
‘Empty’ – notification through user interface

System liquid container is conveniently placed onboard the system and can be readily accessed when operating, reducing unnecessary delays during peak workloads
With an average water consumption rate of only 2.5L per hour combined with on-board capacity for system solutions and waste storage, system allows for up to 4 hours walkaway time
System incorporates on-board degassing system to reduce the risk of microbubbles compromising the quality of results

Optional ISE module

test

test

test

test

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