Create shelf-stable reagents in your lab with the Ambient Stabilizer

Simplify your reagent preparation workflows and eliminate dependence on costly cold chain logistics.

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Labs often sacrifice valuable space and budget on inefficient freezer infrastructure and complex lyophilization processes to safeguard their reagents. These stabilization methods increase costs, limit scalability and reproducibility, create workflow bottlenecks, and often result in excessive reagent waste.

Maximize operational efficiency with cost-effective ambient stabilization at your fingertips. The benchtop Ambient Stabilizer streamlines reagent preparation workflows, offering a scalable solution that significantly reduces expenses and frees your research from cold storage dependencies.

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Innovative Bench-Ready Biomolecule Stabilization

Designed to simplify and expedite your workflows, the intuitive Ambient Stabilizer transforms complex biomolecule stabilization processes into easy, cost-effective operations at your bench.

  • Requires minimal optimizations and no specialized training
  • Accommodates a versatile class of molecules, including: antibodies & conjugates, enzymes, DNA/RNA, small molecules, and cells
  • Biomolecule stabilization in 3 easy steps
  • Cycle completed in under 2 hours
  • Space-saving compact design
  • Ready-to-use buffers & consumables
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Your Lab Operations
Re-imagined

Gain control over your biomolecule handling and freedom from traditional cold storage constraints with the Ambient Stabilizer.

See how labs are improving their operations.

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Achieve 85% operational cost savings versus conventional cold chain processes

Reclaim valuable lab space

Break free from lyophilization contracts

Prevent loss of critical biomolecules from degradation & freezer failures

Lessen your lab’s environmental impact

Biomolecule Stabilization Simplified

Benchtop stabilization really is as easy as 1, 2, 3. Prepare, load, and stabilize, in less than two hours.

Learn how our proprietary Capillary-Assisted Vitrification (CAV) stabilization technology creates shelf-stable biomolecules without the freezing phase required in traditional lyophilization.

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Biomolecule Stabilization Simplified

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