Integration Catalog

The Governed Integration Estate

A searchable, governed catalog of 150+ vendors, 400+ instrument models, and 8 core analytical techniques with 80+ variants — each integration industrialized through ZONTAL's factory model, not hand-wired as a one-off connector.

Browse the Catalog See Compounding Economics

150+ Vendors

Core Techniques

8 Core Techniques, 80+ Variants

Each technique class has a dedicated integration factory with reusable converters, validation suites, and metadata extractors that compound across every variant.

Chromatography

HPLC, UPLC, GC, IC — across Waters, Agilent, Shimadzu, Thermo Fisher and more

Mass Spectrometry

LC-MS, GC-MS, ICP-MS — across Waters, Agilent, Sciex, Bruker and more

Plate Reader

Absorbance, fluorescence, luminescence — across BMG, TECAN, PerkinElmer, Molecular Devices

Flow Cytometry

Cell sorting, immunophenotyping — across BD, Cytek, Sartorius, Beckman Coulter

NMR Spectroscopy

1D, 2D, solid-state NMR — across Bruker, JEOL, Thermo Fisher

Thermal Analysis

DSC, TGA, DMA — across TA Instruments, Mettler Toledo, NETZSCH, PerkinElmer

X-Ray Diffraction

XRPD, single-crystal XRD — across Bruker, Malvern Panalytical, Rigaku

Dynamic Vapor Sorption

Moisture sorption isotherms — across Surface Measurement Systems (SMS)

Compounding Economics

Every Build Compounds on the Last

Integration 50 costs a fraction of integration 1 because the factory has learned from the prior 49. Each build produces reusable converters, validation suites, metadata extractors, and protocol adapters that subsequent builds inherit. Effort per variant declines steeply as the factory accumulates shared infrastructure.

Each integration variant within a technique class requires less effort than the last. By the 12th variant, effort drops below 15% of the initial build — converters, validation modules, and metadata extractors compound across every build.

Chromatography

20+ variants across Waters, Agilent, Shimadzu, Thermo Fisher — method parsing, peak integration, and sequence validation shared across HPLC, UPLC, GC, IC

Mass Spectrometry

15+ variants across Agilent, Sciex, Thermo, Waters, Bruker — mzML conversion, spectral matching, and fragmentation modules inherited across LC-MS, GC-MS, ICP-MS

Plate Readers

14 variants across BMG, TECAN, PerkinElmer — dose-response validation and well-layout checks inherited across every build

Flow Cytometry

12 variants across BD, Cytek, Sartorius — FCS parser, gating logic, and compensation modules shared from the first build

NMR

NMR Spectroscopy

5 variants — format handler shared across TopSpin versions, FID processing templates inherited

Thermal Analysis

10 variants across TA Instruments, Mettler Toledo, NETZSCH, PerkinElmer — DSC/TGA/DMA parsers and step extraction modules shared across vendors

XRD

X-Ray Diffraction

9 variants across Bruker, Malvern Panalytical, Rigaku — XRDML converter and peak-fitting modules reused across vendors

DVS

Dynamic Vapor Sorption

3 variants — isotherm extraction and moisture-uptake validation built once, inherited by every SMS instrument model

Build Acceleration

AI-Assisted Acceleration Indicators

Integration Factories compress onboarding from weeks to days. As templates and converters accumulate, marginal effort declines and each new integration builds on the last — delivering 20–60% reuse across sites, vendors, and variants.

Variant Extension

Hours–Days

Template-Driven Build

Once a class pattern exists, related instruments, assays, and firmware variants are onboarded using accumulated templates with repeatable verification steps.

20–60%

Effort Reused

0.2–0.5×

Baseline Time

AI-Assisted

Accelerated

AI-Assisted Mapping & Parsing

AI assists converter generation, metadata enrichment, and mapping validation. Human review validates AI-generated logic before release through governed gates.

10–40%

Fewer QA Hours

20–50%

Less Rework

First-in-Class

Days–Weeks

Initial Pattern Build

New instrument classes where no prior pattern exists. The first build establishes the reusable template, test suite, and runbook that all future variants inherit.

Baseline

Pattern Created

Compounds

With Each Build

Searchable Catalog

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How These Integrations Are Built

The catalog is the result. The Integration Factory is the engine. See how governed, industrialized integration transforms lab connectivity from a project into a compounding capability.

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Learn how ZONTAL's industrialized factory model delivers governed integrations — any instrument, any vendor, production-ready in days.

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