Experimental tool for visualising Bronkhorst instrument specifications Prototype

Web-Based Visualisation Tool

Explore how changing one specification of a Bronkhorst instrument – such as pressure rating, accuracy, or temperature – impacts other performance properties. Designed to make complex trade-offs transparent for non-specialist users.

Open Configurator View Saved Configurations
MODEL AT A GLANCE
Gas & Liquid Medium support
Configurable Parameters & formulas
Visual Trade-off modelling
Specification visualisation example for Bronkhorst instrument

Make Specification Trade-offs Visible

Instead of static datasheets, this prototype shows how parameters such as pressure rating, accuracy, sealing material, and operating temperature interact. When you adjust one, the model recalculates and updates related properties like settling time, control stability, and allowed ranges.

The goal is to support non-specialist users in understanding the impact of their choices, while still respecting the technical constraints defined by engineering and product management.

Try the Specification Explorer

Quick Actions

Jump straight into configuring instruments, viewing saved setups, or managing the underlying parameter and formula model.

Open Configurator

Explore

Adjust specifications, see calculated impacts, and visualise trade-offs in real time.

Go to configurator →

Saved Configurations

History

Review previously created instrument configurations and reload them for further exploration.

View configurations →

Manage Parameters

Admin

Add or edit parameters such as flow range, pressure rating, sealing material, and gas/liquid-specific properties.

Open parameter admin →

Manage Formulas

Admin

Define how parameters interact using formulas, enabling the dynamic behaviour of the model.

Open formula admin →

Why Visualise Specifications?

Bronkhorst instruments operate within tightly defined specification windows. This model helps communicate how properties such as accuracy, turndown ratio, pressure rating, temperature, and sealing material depend on each other – making trade-offs transparent instead of hidden in datasheets.

Support Non-Specialist Users

Translate engineering constraints into intuitive visuals so sales, distributors, and end customers can understand the impact of their choices.

Make Trade-offs Explicit

Show clearly how increasing pressure rating affects settling time, control stability, and allowed temperature or sealing material choices.

Flexible, Data-Driven Model

Parameters and formulas live in a database, so the model can grow with new instruments, media, and specification rules without code changes.