Lifecycle Stage: TEST

Weave your sampling and lab execution activities into your manufacturing system to embed Quality-By-Design throughout execution to optimize quality

The Test Stage incorporates:

Batch sampling

Product quality testing

Lab activity modernization and process interconnection

Use case #1: Sample Testing

Use case #2: Plate Management

Use case #3: Reagent and Instrument Management

Test Stage use cases

Test Stage: USE CASE #1

Sample Testing

Digitize methods, assays and test samples to ensure manufacturing, lab, material and product quality.

Develop and execute test methods without any code. With one shared system between quality control and manufacturing operations, never slow down the process waiting to share data back and forth.

R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$153,770

Large molecule
$215,278

Test Stage: USE CASE #2

Plate Management

Manage complex plates to ensure sample to well traceability.

Generate samples with ease by scanning them in on a mobile app. With point and click assay assignment, manage complex plates and track them throughout the process to ensure comprehensive traceability.

R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$90,310

Large molecule
$126,433

Test Stage: USE CASE #3

Reagent and Instrument Management

Automate calibration and reagent traceability to ensure assay robustness.

Efficiently monitor instrument status, track reagent origins and batches, and maintain a consistent quality standard, guaranteeing the reliability and precision of every assay conducted.

Automate the calibration of instruments and tracing reagents to uphold the robustness of assays, plates, and samples.

In a lab, lab technicians and quality control specialists work hand-in-hand to ensure instruments are accurately calibrated and that reagents are traceable throughout their usage lifecycle.

R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$275,810

Large molecule
$386,134

*ROI calculation assumptions — Small Molecule: Number of batch runs = 500; Payroll burden = 50%; Tech transfers to other sites using Tempo: 1. Large Molecule: Number of batch runs = 50; Payroll burden = 50%; Tech transfers to other sites using Tempo: 3.