Every high-pressure application begins with decisions that have to be right. Which pump is suitable? Which nozzle size delivers the best result? Which technical parameters are really crucial?
In practice, this means searching for data, checking tables, comparing technical terms – often across multiple sources.
But there is another way:
With digital tools that combine knowledge, calculation, and guidance in one place. They are immediately available, technically sound, and can be used without registration.
This is precisely why KAMAT has developed free digital engineering tools for high-pressure technology.
They bring clarity to pump design, shorten planning phases, and reduce sources of error – from the initial idea to the finished system.
Why are these tools a real advantage for engineers?
High-pressure technology demands precision.
Parameters such as pressure, flow rate, nozzle size, NPSH values, and media behavior directly determine the performance, safety, and service life of a system.
Our tools provide you with the technical guidance you need – quickly, logically, and reliably.
An overview of the most important free engineering tools
1. Pump finder
The central tool for initial pump design for plunger pumps.
Based on pressure, flow rate, and application, the Pump Finder provides a reliable preselection of suitable models, including key technical data.
A clear, fast way to make an informed basic decision.
2. High-pressure technology encyclopedia
Your knowledge anchor in everyday life.
The encyclopedia explains technical terms, applications, and contexts in a clear, compact, and understandable way. It is ideal for quick clarifications and internal coordination and is continuously being expanded.
Is a term missing? Send it to us—we are happy to add new content and work with you to create an increasingly comprehensive reference work.
3. Nozzle calculator
The nozzle is often the key to the process.
The KAMAT nozzle calculator determines the optimal nozzle size based on pressure and desired water volume – precisely, comprehensibly, and without calculation errors.
This helps you avoid under- or oversizing and noticeably improves process quality.
4. Pump Calculations
Detailed design begins where tables end.
Our calculation tools support you in areas such as:
- theoretical and actual delivery rate
- volumetric efficiency
- Power consumption
- Required drive power.
- Speed and stroke calculation.
Simply enter values, calculate, compare, and make confident decisions.
5. CAD library
3D data on pumps and components provided for design, plant layout, or collision checks.
A real advantage for anyone planning or modernizing complex systems.
Greater efficiency in planning, projects, and operation.
With its free digital engineering tools for high-pressure technology, KAMAT offers a powerful set of tools that make your work faster, clearer, and safer.
Your advantages at a glance:
- Fast, clear pump design
- A constantly growing knowledge base
- Precise nozzle determination instead of estimates
- Exact pump calculations at the touch of a button
- CAD data for professional design
- Available around the clock – no registration required
With its free digital engineering tools, KAMAT is strengthening its technical support for engineers worldwide.
Whether pump design, nozzle selection, pump calculation, or knowledge research:
all tools are freely available and make it easier to find the optimal high-pressure solution.
Save the tools directly in your browser to get a quick start on your next projects.
This means you always have the pump finder, nozzle calculator, pump calculations, CAD data, and high-pressure technology lexicon at your fingertips.
More knowledge. More precision. More high-pressure performance.
Power | Pressure | Precision
If you need assistance with the planning, design, or evaluation of your high-pressure application, we are happy to help you at any time.
Disclaimer
KAMAT’s digital engineering tools provide technical guidance and facilitate design.
Please note that all results are non-binding guidelines and do not replace a complete technical design.
An individual technical review is always required for safety-related decisions, binding specifications, or project-critical designs.
