Ditch In-house Hassles Forever

Enzymes Without Compromise

In translational and discovery-stage science, enzyme quality is no longer a luxury- it’s a requirement. Whether your team is building gene editing tools, developing diagnostic platforms, or validating high-value therapeutic targets, your protein inputs directly impact your data integrity, reproducibility, and speed to insight.

That’s why R&D leaders are moving beyond generic catalog suppliers- and turning to TriAltus for high-purity, high-performance enzymes, delivered at scale and tailored to scientific need.

One Size Doesn’t Fit Discovery

Off-the-shelf proteins have their place. TriAltus offers a growing catalog of research-ready enzymes- optimized for purity, consistency, and affordability- that support many standard applications in molecular biology, CRISPR, and assay development.

But when workflows demand greater precision, customization, or consistency, standard options often fall short.

Common limitations include:

• Hidden costs from inconsistent performance

• Rigid product formats that don’t match your application

• Fixed constructs, immobile tags

• Limited quality control

• Unpredictable batch performance

For teams working with novel targets, regulated pathways, or process-sensitive applications, these compromises add up- delaying programs and draining resources.

TriAltus Delivers Custom and Catalog Enzymes That Work Harder

Whether you need a drop-in reagent from our growing catalog or a custom enzyme built to your exact specs, TriAltus brings together patented technology, scientific expertise, and ISO13485-compliant production to ensure:

• Ultra-high purity (≥95% with CLīM™)

• High specific activity, preserving native protein function

• Consistent batch performance, critical for sensitive and regulated workflows

• Scalable supply, from milligrams to grams

• Cost-efficiency, with optimized recovery and fewer purification steps

• ISO-13485 compliant manufacturing

When Precision Matters, Custom Wins

For many R&D teams, generic enzymes create unnecessary workarounds. TriAltus offers an alternative: custom enzyme production without complexity. We routinely support:

• Genome-editing enzymes (e.g., Cas9, Cas12a, RNA polymerases)

• Diagnostic enzymes

• Recombinant enzymes for synthetic biology

From construct design to purification optimization, we tailor each project to your target’s structure, function, and intended use.

Our platform enables:

• Custom tag strategies, including cleavable or tag-free constructs

• Condition-agnostic purification, compatible with a wide range of pH, salt, and detergent conditions

• Fast turnaround (4-6 weeks)

Custom Enzymes, Scaled for Science

Unlike many bespoke providers, TriAltus is built for scalability. Our proprietary CLīM™ platform delivers high-yield, reproducible purification across projects- whether you need milligram-scale for assay development or gram-scale for internal production workflows.

And with fewer chromatography steps, higher binding affinity, and excellent recovery, our system reduces cost per active unit- making high-performance enzymes a cost-efficient choice for your program.

Why TriAltus?

We’re more than a supplier- we’re a partner in your protein strategy. Our value comes from:

• Proprietary CL7/Im7 platform, delivering unmatched affinity and specificity

• PhD-level technical support, grounded in protein biochemistry and structural biology

• ISO13485-compliant production, supporting preclinical development

• Responsive timelines, for fast-moving research programs

• A growing enzyme catalog, for immediate project needs

Whether you’re working on next-gen CRISPR tools, in vitro diagnostics, or synthetic biology innovations, TriAltus provides enzymes that match the rigor of your science.

Ready to Elevate Your Enzyme Supply?

If your current protein sources are limiting your performance, driving up costs, or adding variability, it’s time to move beyond the catalog.

TriAltus delivers high-purity, high-performance enzymes- custom or off-the-shelf- without compromise.

🔗 Let's Talk.