The World's Only Benchtop SPR

Benchtop

Avoid costly & inconvenient core facilities with our affordable benchtop solution

Real-Time Data

Publish faster with label-free binding kinetics & affinity data

User-Friendly

Train anyone in your lab to become an SPR expert with our user-friendly solution

Low Maintenance

Forget about expensive service contracts so you can focus on your research

OPENSPR™ FOR LIFE SCIENCE RESEARCHERS

FROM ACADEMIA TO INDUSTRY

OpenSPR

The world's only benchtop SPR instrument

 

Easy-to-use, Affordable, & Powerful Kinetic Analysis

Let our surface plasmon resonance solution simplify things for you - by getting you the high quality data you need, at your bench.

openspr xt

OpenSPR is the world's only benchtop SPR instrument. It provides high quality, label-free interaction analysis for a fraction of the cost of existing solutions.

OpensPR is user friendly and sets up in just minutes, so you can start generating data right away. Our unique nano-structured sensor surface delivers repeatable, highly sensitive kinetic data for proteins, antibodies, nucleic acids, and more. Get on rate, off rate, affinity, and specificity data all from the comfort of your own bench.

OpenSPR is Perfect For:

  • Industry R&D, CROs
  • Central facilities
  • Academic researchers

Applications:

  • Kinetics/affinity characterization
  • Competition assays
  • Target identification
  • Epitope mapping
  • Screening
  • Yes/No binding
  • Concentration

Compatible With:

  • Proteins
  • Antibodies
  • Nucleic acids
  • Small molecules
  • Carbohydrates
  • Lipids
  • Cells
  • Viruses
  • Nanoparticles
  • & more!

 

OpenSPR_Tech_Specs

Minimum PC Requirements Communication: USB 2.0
Platform: Windows 10, Microsoft .NET Framework 4.0
Memory: 4 GB RAM
CPU: Dual Core 2.6 GHz

 

 

How does SPR stack up against the competition. In this comparison study, we compared the binding kinetics of protein-protein interactions between OpenSPR, Biacore T100 and IBIS MX96 SPR systems. See the results for yourself here.

 

OpenSPR_vs_Biacore_vs_IBIS

 

Discover OpenSPR™

High Quality

Get robust real-time interaction analysis

Attention to detail at the nano scale
  • OpenSPR uses a highly sensitive nanogold coating as the sensor substrate (traditional SPR uses planar gold films)
  • Real-time interaction analysis: OpenSPR has an ultra-stable and sensitive optical spectroscopy system combined with flow injection
  • User-friendly software: OpenSPR is controlled by our custom OpenSPR Software Platform via a PC or Mac* over USB (automatic set-up procedure with convenient features like injection markers) *On virtualization
  • Performance and stability – We have implemented advanced algorithms for real-time data fitting to reduce noise

protein interaction curve

Affordable

Most affordable SPR System Guaranteed

The world's most affordable SPR
  • OpenSPR is the most affordable label-free molecular interaction analysis system available
  • By using an ultrasensitive nanogold film as the sensor substrate, we reduce the complexity and cost of the hardware and sensor chips, without sacrificing on performance
  • We have worked closely with our development partners to bring the best of nanotechnology to OpenSPR, at a price you can afford

surface plasmon resonance academic research

Features & Benefits

Compact, Label-Free, Real Time Analysis

Discover the power of OpenSPR
  • Very low upfront and operating costs
  • Label-free, real-time interaction data
  • Intuitive and easy-to-use software
  • Compact and portable
  • High sensitivity with low noise and drift
  • Automated calibrations and set-up protocol
  • CSV data export for easy post-processing with TraceDrawer
  • Perfect for first-time users and those with low throughput requirements
  • Cuvette add-on transforms OpenSPR into a VIS spectrophotometer for time-resolved measurements

Applications

Determine Kinetics, Affinity, and Specificity

Versatile applications

OpenSPR is suited for a wide range of applications in life sciences. See Applications for more detail.

  • Determine kinetics, affinity, and specificity
  • Detect and quantify concentrations
  • Examine structure/conformation changes
  • Examine proteins, DNA, RNA, antibodies, peptides, lipids, polymers, micro/nanoparticle, small molecules, and thin films
  • Follow purifications, map epitopes, ligand fishing
  • Education and training in chemistry, biochemistry, physics, and nanotechnology
  • Chemical and biochemical sensor development
  • Biomaterials, biofouling and drug delivery
  • Materials science, surface chemistry, and nanotechnology

YOU ASKED, WE DELIVERED.

BRINGING OPENSPR TO YOUR LAB BENCH

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Our SPR experts are available to help you integrate SPR into your lab and make your research project a success. Sign up to speak with one of our experts today.

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