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When screening for disorders in newborn babies, an accurate result delivered fast matters.

Our newborn screening workflows have been designed with accuracy, speed and robustness at their core. Whether you are launching a new newborn screening service or are looking for the very latest in automated and technological advances, we offer newborn screening solutions that can support your laboratory objectives.

Mastering the workflow – from start to finish

We supply instruments, kits, and software across the entire NBS workflow, ensuring your newborn screening needs are met from sample to result.

Our products have been made to high international regulatory and quality standards, giving you peace of mind to run your laboratory service.

A new outlook on life

Newborn Screening
newborn screening workflow

Sample collection

It all starts here.

An accurate sample is the first step in ensuring quality results later in a newborn screening workflow. Our streamlined dried blood spot sample (DBS) collection cards are designed to support accurate and reliable results.

The cards can be printed to the specific format of your lab, offering an easy and effective method for simple and precise DBS collection.

Sample preparation

Consistent practices in sample preparation contribute to reliable and reproducible test results,1 whether you are looking to simplify and automate your sample prep or use real time visualization to optimize your punching, our preparation instruments will support you in building stronger workflow screening processes.

Delfia-trio-image
DELFIA Trio
DELFIA Trio™ combines disk removing, washing, and dispensing into one instrument offering a streamlined workflow for manual DELFIA users.
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dbs puncher
DBS Puncher Instrument
The DBS Puncher™ automatically punches dry blood spot samples into microtitration plates. The punch has a changeable head, so the blood spots may be 3.2 mm, 4.7 mm or 6 mm in diameter. Two plates may be loaded simultaneously and the plate height allowed is adjustable, so deep well plates can be accommodated. After punching, disk detection ensures that the disk is correctly placed in the microtitration well. The DBS Puncher may be connected to a bar code reader for indentification of the patient sample. It may be run from an external computer, receiving a plate layout which specifies the sample codes for the wells and the punch sequence. The instrument is controlled by hand or by footswitch. Ease of use is enhanced by a clear double line display, and by illumination of the area being punched.
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Panthera Puncher 9
Panthera Puncher 9 Instrument
Revvity has selected the technical solutions and materials needed to assure a new standard of punching excellence in terms of: <ul> <li>Efficient use of sample material</li> <li>More plates simultaneously</li> <li>Enhanced traceability</li> <li>Good ergonomics</li> </ul> Panthera-Puncher 9 automatically punches dry blood spot samples into microtitration plates. Up to 9 microtitration plates can be prepared simultaneously, and up to 3 of the plates can be deep-well plates. There are five different punch head sizes (diameters 1.5, 3.2, 3.8, 4.75 and 6.0 mm) and 2 punch heads may be installed at a time so plates requiring different blood spot sizes can be punched simultaneously. Panthera-Puncher 9 includes a camera to provide a clear full-color view of the punching area in real-time, and an automatically adaptable punch pattern that adapts to the shape and size of the blood spot. This allows optimal use of the sample material without requiring the user to adjust the pattern to fit the area to be punched. <strong>Specifications</strong> Physical dimensions:`Width: 876mm (34.6''), Depth: 740mm (29.1"), Height: 560 mm (22.0") when the instrument's feet and the monitor are set to minimum height. The monitor can be adjusted up to 100 mm higher Weight: 45 kg (99 lb) System: External PC, with Windows 7 Power requirements: Power consumption: 70 VA, Mains Voltage: 100-240 V, 50-60 Hz Environmental conditions: Operating temperature: 15-30(102, 102, 102);°C (59-86°F), Relative humidity: 20-80 % for 3.2 mm punches and larger, 40 - 80 % for 1.5 mm punches <strong>Performance Specifications</strong> Real time visualization <ul> <li>The instrument is equipped with a camera and a monitor, showing the sample card and the punching action in real-time and in color</li> <li>Easy positioning of the card</li> <li>Supports improved punching ergonomics</li> <li>Also the cassette/card barcode is read at the same time, with the same camera, in the same movement</li> <li>The user interface is controlled by a touch screen</li> </ul> Automatically adaptable punch pattern <ul> <li>Punch locations are set according to the shape and size of the blood spot</li> <li>Limit values can be set for distance from the edge of blood and distance between the punches</li> <li>After its barcode is read, the card can be punched from either side</li> <li>If all queries cannot be processed using the same spot, the instrument will continue to process them from another spot on the same specimen card</li> <li>A fixed punch pattern may alternatively be set</li> <li>1.5, 3.2, 3.8, 4.75, 6.0 mm punch sizes, two can be used in the same run</li> </ul> 9 plate capacity <ul> <li>9 standard 96 well plates (ANSI SBS 1-4), with height 14 - 16.1 mm can be loaded in the instrument at the same time. Alternatively 3 of the available plate positions may be occupied by deep well plates, with max. height 44.5 mm, leaving 6 plate positions free for standard plates</li> <li>Significant improvements in the lab workflow of labs running more than 6 assays Punching 9 disks from one spot into different locations on 9 plates takes ~14sec</li> <li>Removal of static electricity by ionizer module in the punch area</li> </ul> Improved ergonomics <ul> <li>Designed to allow more comfortable positioning of user's arms and shoulders</li> <li>The table may be raised or lowered electronically to suit the height of the user</li> <li>The height, distance and angle of the monitor can be adjusted.</li> </ul> Simplified user maintenance <ul> <li>The user can remove the punch heads from the instrument, instructions shown in the user interface</li> <li>All covers are removable to support easy access for cleaning (wiping or vacuuming)</li> </ul>
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Trinest Incubator shaker
Trinest Incubator shaker instrument

TriNEST incubator shaker is a high-quality solution for all well plate applications, where accurate and fast temperature and/or shaking control are needed. 

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Reference

  1. Ellison, S.L.R., Hardcastle, W.A. Causes of error in analytical chemistry: results of a web-based survey of proficiency testing participants. Accred Qual Assur 17, 453–464 (2012). doi.org/10.1007/s00769-012-0894-2

Analysis and measurement

Our range of newborn screening instruments offer scalable, customizable, integrated solutions that sit across MSMS, Molecular, Immunoassay and IEF.

From manual to fully automated workflows

Designed to be easy to use and deliver fast, accurate results with quality and performance standards built in, ensuring strong equipment uptime.

Victor 2D 0312
VICTOR2 D Instrument
The VICTOR2 D fluorometer forms part of the semi-automatic DELFIA system, a cost effective alternative to the fully automated AutoDELFIA system for clinical or research labs. Other components of the semi-automatic system are the DELFIA Plateshake, DELFIA Platewash, and DELFIA Plate Dispense.
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Migele Gel Electrophoresis Unit 1
Migele Gel Electrophoresis Unit
Migele™ Gel Electrophoresis Unit works with the RESOLVE™ hemoglobin kit to detect hemoglobinopathies in newborns and adults, including sickle cell disease and other hemoglobin variants and thalassemias. Now, laboratories around the globe can conduct these crucial, lifesaving screenings with our easy-to-use, cost-efficient, scalable solution. The unit works with a water bath and a power supply to run the IEF gel. The recirculating water bath stabilizes the temperature of the gel during the IEF process, while the programmable power supply provides high voltage to the electrophoresis unit. When the gel is positioned in the unit and an electrical current is applied to the gel, the hemoglobin variant possessing an individual isoelectric point (pI) migrates through the gel. When an individual variant’s pI equals the pH in the gel, it stops migrating and forms a discrete band. When all hemoglobin bands have been focused, the gel is fixed in trichloroacetic acid. To ensure band visibility, we recommend that newborn blood spot samples be stained with our JB-2 staining system.
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GSP Front View Image
GSP Instrument (IVD)
The instrument is fully automated, performing every stage of an assay from retrieval of the sample plate from the stacker to measurement and reporting of results. Genetic Screening Processor utilizes specific GSP Workstation software for handling of the newborn screening data. Design of GSP Instrument, software and screening assays offers multiple advantages for your screening program, including: <ul> <li>Continuous loading of sample allowing more flexible workflows</li> <li>Barcoding of all materials to minimize risk of error and hands-on time</li> <li>Multi-technology solution to support high sensitivity DELFIA as well as prompt fluorescence measurements</li> <li>Extreme ease of use enabling quick user adoption and also rotation of staff duties</li> <li>Newborn screening specific informatics bringing the maximum operational efficiency</li> <li>Integrated screening operation supporting further growth and change of your program.</li> </ul>
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EONIS Q Instrument
Eonis Q96
Eonis Q96 is a real-time PCR instrument with possibility to integrate into automation systems. The Eonis Q instrument uses dried blood spot samples (DBS samples) punched from DBS cards. The DNA from the punches are extracted with a simple extraction protocol. No wash steps are required, only a 20 minute-incubation in a simple incubator. Eonis Q PCR cycler, that includes a dedicated LIMS-compatible analysis software for the analysis and reporting of the results.
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Qsight 210MD
QSight MD Screening Systems (IVD)
With QSight® MD systems, we’re enabling expanded high-throughput mass spectrometry screening and, with the QSight 225 MD UHPLC Screening System, the option for tier 2 testing – using just a single heel-prick dried blood spot (DBS) card. The QSight system delivers a unique combination of self-cleaning MSMS instrumentation that provides exceptional system uptime, a simple setup process, and easy-to-use database software that simplifies review and analysis – plus kits and reagents, training, and support. It all comes together to enable you to screen thousands of samples per day, every day.
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Reagents

We build high-quality, reliable reagents that support accurate detection of congenital disorders from the first days of life.

Our comprehensive reagent portfolio covers 50+ different disorders and integrates beautifully with our instruments across the newborn screening workflow.

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Newborn Screening Kits

Use the highest quality reagents available today to screen for core newborn disorders as well as those detected by expanded screening.

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Software

Nothing is more important than ensuring newborn screening data remains safe and secure.

As the unifying thread that runs throughout a newborn screening workflow, software systems like EVOYA and OZ Systems integrate fully to help you manage your data more flexibly in the cloud. These solutions provide quality checks and controls whilst ensuring patient results are flagged properly for follow-up.

All this whilst keeping NBS data secure through security and compliance standards.

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Newborn Screening Software

Control and monitor the entire newborn screening process – including patient reporting and follow-up -- in one comprehensive information management system.

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Search-Disorders

Disorders

Testing for more than 50 congenital disorders

Our screening assays help identify newborn congenital disorders to determine the best course of care.

Helping babies survive and thrive

Newborn screening can prevent hundreds of thousands of instances of physical and mental disabilities and even deaths. As the global leader in newborn screening, over 800 million babies have been screened with our products over the last 28 years.

50+ conditions

are known to have good outcomes when detected and diagnosed early

85 newborns

get a healthier start to life everyday thanks to screening using our products

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Brochure
Brochure
DELFIA Prenatal Screening Solutions Brochure

Brochure for DELFIA prenatal screening solutions and assays including traditional biochemical screening, pre-eclampsia

Flyer
Flyer
DELFIA Trio Workflow

The 1296-0070 DELFIA Trio is a 3-in-1 instrument developed for sample processing of DELFIA manual kits

Application Note
Application Note
Dried blood spots for advanced DNA sequencing

Dried blood spots (DBS) are widely utilized in newborn screening, large population-based surveys, and biobanking due to their minimal blood volume requirements, ease of collection, and convenient transportation and storage. However, extracting high-quality DNA from DBS for next-generation sequencing (NGS) has posed significant challenges. This application note presents Revvity’s optimized workflow for targeted sequencing of DNA extracted from DBS, which addresses these challenges effectively. The workflow begins with the DBS Puncher™ instrument, which punches samples into 96-well microtitration plates. DNA is then isolated using the chemagic™ DNA CS200 DNA Kit on the chemagic™ 360 instrument, capable of processing up to 1,000 samples per day. Central to this process is chemagen™ Technology, which employs an automated magnetic separation procedure to isolate high molecular weight (HMW) genomic DNA (gDNA) without denaturing or fragmenting nucleic acids. Quality control is ensured using the LabChip® GX Touch™ nucleic acid analyzer. The DNA is sheared to a target size of 150-200 bp, and libraries are prepared using Agilent® SureSelect® XT kits. The entire process is automated on the Sciclone® G3 NGSx workstation, and sequencing is performed on an Illumina® NovaSeq® sequencer. The results demonstrate high-quality sequencing data with over 99% of reads mapped and low duplicate read percentages, confirming the effectiveness of Revvity’s workflow in producing pure, high-quality DNA suitable for NGS analysis. This optimized workflow facilitates the use of DBS in various research and biobanking applications, overcoming previous limitations in DNA extraction and sequencing. For research use only. Not for use in diagnostic procedures.

Brochure
Brochure
EonisQ IVD

|9999999998|The EONIS Q system simplifies and streamlines molecular testing for SMA and SCID with an innovative 3 step workflow,|9999999998|

Flyer
Flyer
Evoya newborn screening software V2.5

EVOYA streamlines data management for newborn screening, offering automatic import of test results, flexible reporting, and enhanced data review capabilities.

Flyer
Flyer
Evoya Software Security

EVOYA® streamlines data management for newborn screening, offering automatic import of test results, flexible reporting, and enhanced data review capabilities

Brochure
Brochure
GSP Newborn Screening System

The GSP® platform automates the screening process for various disorders, enhancing efficiency and accuracy in detecting conditions like congenital hypothyroidism and phenylketonuria.

Brochure
Brochure
GSP platform - Specimen Gate Lab

A comprehensive laboratory information management system for newborn screening with the GSP system.

Video
Video
Laboratory Solutions for Reproductive Health

This video provides an overview of Revvity's reproductive health offerings, designed for laboratories.

Application Note
Application Note
Measurement of alloisoleucine and branched-chain amino acids in dried blood spot using QSight

App note on QSight alloisoleucine and branched chain amino acids

Application Note
Application Note
Measurement of isobaric-c5 acylcarnitines in dried blood spots using QSight 225 MD UHPLC

App note on QSight 225 isobaric c5 acylcarnitines.pdf

Application Note
Application Note
Measurement of methylmalonic acid and 3-hydroxypropionic acid in dried blood using QSight

App note on QSight methylmalonic acid and 3-hydroxypropionic acid

Brochure
Brochure
Migele™ gel electrophoresis unit

The Migele™ Gel Electrophoresis Unit works with the RESOLVE™ hemoglobin kit to identify hemoglobin variants, including sickle cell disease and thalassemias, through isoelectric focusing.

Brochure
Brochure
MSMS NeoBase 2

|9999999998|Screen for over 50 analytes, including X-ALD and ADA SCID markers, using just one dried blood. spot (DBS) punch and the NeoBase 2 kit.|9999999998|

Brochure
Brochure
MSMS NeoLSD

Designed for the screening of Pompe, MPS-I, Fabry, Gaucher,Niemann-Pick A/B and Krabbe disorders from a single DBS sample.

Flyer
Flyer
Newborn Health - Working with Revvity

Summarizes Revvity's comprehensive solutions and services for newborn health betterment. For research use only. Not for use in diagnostic procedures

Brochure
Brochure
Newborn Screening Disorders - Victor2 D

The semi-automated system for optimized prenatal and newborn screening

Brochure
Brochure
Newborn Screening Portfolio Brochure

Revvity provides everything you need to build a newborn screening workflow

Brochure
Brochure
Newborn sequencing research for laboratories

Brochure that outlines our newborn sequencing research workflow.

Infographic
Infographic
Newborn sequencing research with Revvity

Explore Revvity's cutting-edge newborn sequencing solutions, engineered for streamlined genomic analysis. We offer multiple entry points with built-in flexibility, ensuring accessibility for laboratories of all sizes and backgrounds. Our comprehensive offerings include: An end-to-end sequencing workflow for newborn research Newborn genomic services through our global Revvity Omics laboratory network Whatever your starting point, Revvity is fully equipped to meet your sequencing needs. Unlock your laboratory's true potential with Revvity's newborn sequencing solutions today. For research use only. Not for use in diagnostic procedures.

Flyer
Flyer
NGS software specifications

The flyer details Revvity's NGS software suite, designed for secure genomic analysis. It includes LIMS for lab management, DNA analysis for primary and secondary analysis, and interpretation tools for variant annotation. The software ensures data security with encryption, access control, and its operations are in compliance with ISO/IEC 27001 standards.

Flyer
Flyer
Official gene panel flyer

Empowering genetic and newborn screening labs, Revvity’s gene panel is making genetic interpretation quicker and simpler. This flyer offers an exclusive look at Revvity’s gene panel that backs our NGS workflow for newborn research. Inclusive of 390+ carefully curated genes, see how Revvity can elevate your kickstart your sequencing initiatives today. For research use only. Not for use in diagnostic procedures.

Application Note
Application Note
Optimization and miniaturization of DELFIA TRF assays converted from ELISA.

This detection method is similar to a traditional ELISA, however DELFIA’s utilization of lanthanide metals endows DELFIA with several distinct advantages over ELISA technology.

Brochure
Brochure
OZ e-Screener Plus

OZ Systems develops and implements IT platforms for newborn screening, enhancing data management, reporting, and follow-up processes to improve early detection and intervention.

Brochure
Brochure
OZ Nani Brochure

OZ Systems develops and implements IT platforms for newborn screening, enhancing data management, reporting, and follow-up processes to improve early detection and intervention.

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Revvity does not endorse or make recommendations with respect to research, medication, or treatments. All information presented is for informational purposes only and is not intended as medical advice. For country specific recommendations please consult your local health care professionals.

Products may not be licensed in accordance with the laws in all countries, such as the United States and Canada. Please check with your local representative for availability. Please note that product labeling (such as kit insert, product label, and kit box) may be different compared to the company branding. Please contact your local representative for further details.