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The #1 Advanced Engineering Platform

Enabling Digital Transformation to meet the rapidly-changing needs of Industry 4.0 Advanced Manufacturing


KXC TECHNOLOGY


DNA STRUCTURED PLATFORM

Start Here:



Learn about DSP’s engine: Digital Spec.

Eliminate the ambiguity and complexity of capturing complex product requirements in wordy and uncorrelated documents and emails

Capture and visualize a product’s complex functions, interactions, and stresses

https://www.youtube.com/watch?v=1xWmFrJcy8Q

Why Choose Us?

Map Your Product DNA

DESIGN LIMIT | NATURE OF FAILURE | ACTUAL LIFE

Reveal product weaknesses before prototyping
Eliminate the costly trial and error
Generate new product designs & revenue streams

Customer Testimonials

Johannes Glaser
Leiter Innovationsmanagement at HAWE Hydraulik SE

“Kepstrum’s dedication and domain knowledge significantly contributed to the development of an outstanding engineering concept. We appreciate their support and value the opportunity to work together.”

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Eliminate Recalls
with Intelligent Reliability

Automotive
Aviation
Industrial
Nuclear
Defence
Automotive

Kxc100at – Engine and Powertrain Components
Kxc300lp – Engine Cooling System

Aviation

Kxc250hp – Aviation Hydraulics and Electronic Components

Industrial

Kxc350hp – Power Hydraulics and Industrial Components

Nuclear

Kxc100at-u – Mechatronics and Hydrotronics

Kxc300lp – Nuclear Cooling System

Defence

Kxc100at – Engine and Powertrain Components 

Kxc250hp – Aviation Hydraulics and Electronic Components

Kxc350hp – Power Hydraulics and Industrial Components

Kxc300lp – Engine Cooling System

Fields

  • Mechatronics
  • Hydrotronics
  • Electronics
  • Hydraulics
  • Mechanical

Applications

  • Pumps
  • Valves
  • Motors
  • Actuators
  • Electronics
  • Batteries
  • Solenoids
  • Sensors
  • Bearings
  • Seals

Press Releases

Newsletters

White Papers

Conferences

1.  About Kepstrum       2. Our Experience      3. Our Global Presence

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1. Product DNA       2. DNA Library      3. How Do You Qualify Your New Design?

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Conventional vs Intelligent Reliability Methodology (IRM)

Intelligent Reliability Methodology
Conventional Methodology
Intelligent Reliability Methodology

Conventional Methodology

Conventional Methodology

 Two Years

Intelligent Reliability Methodology

One Year

1. DSP Technology       2. DSP Infrastructure       3. Technology Overview       4. Global Reality       5. Global Connectivity123456[slide-anything id=’996′]

5 Steps
One Powerful Index

MAP PRODUCT DNA TO PREVENT RECALLS

STEP 1: Map your Design DNA
STEP 2: Map your Production Parts
STEP 3: Map your Design Changes
STEP 4: Map your Field Failures
STEP 5: Map your DNA Library

 
A COMMON TEST PLATFORM FOR ALL STEPS

Map the Product DNA through critical stages of development and production in 5 structured steps, generating an intelligent DNA Library that connects the engineering teams to field failures.

Benefits:

  • Eliminates the need for multiple test benches
  • Connects OEMs and suppliers through a unique reliability measure
  • Generates a traceable reference point for future designs
  • Keeps development and production sites connected and in control
  • Reduces field failures by finding product weaknesses in development
  • Solves complex problems through simultaneous stress interactions
  • Shortens the development time
  • Reduces the development cost
  • Controls risk to prevent recalls
Maximizing Your Profitability

Step 1
Step 2
Step 3
Step 4
Step 5
Step 1

CREATE A DESIGN BASELINE

Map and modify your Product DNA to reach the design baseline with the desired service life. Use the DNA Baseline to check production quality, validate changes and connect to field failures. Analytical baselines are generated from first principles to identify the theoretical limits, failures, and life.

Benefits:

  • Replicate real world complexity
  • Derive key stresses
  • Reveal product weaknesses
  • Replace meaningless test-to-pass with measurable test-to-map
  • Replace long term durability tests with a Product DNA Map


Step 2

STRESS PRODUCTION BATCHES

Compare the Product DNA Baseline with production batches to regularly verify your output quality.

Benefits:

  • Monitor production variations over the entire stress spectrum
  • Compare production part failures with the DNA Baseline
  • Correlate with the analytical maps

Step 3

STRESS ALTERNATIVE DESIGNS

Compare the Product DNA Baseline with alternative designs to verify cost reduction changes and support continuous improvement initiatives.

Benefits:

  • Validate the design changes and alternative suppliers
  • Compare failures for new prototypes with the DNA Baseline
  • Correlate with the analytical maps

Step 4

CONNECT DEVELOPMENT TO FIELD

Map the field failures with your Product DNA Baseline to correlate with development, identify root-causes and refine your database. Demand Product DNA for purchased components from current and alternative suppliers as controls to meet your reliability goals.

Benefits:

  • Close the loop between development knowledge and field information
  • Compare in-service failure mechanisms with the DNA Baseline
  • Solve complex field problems rapidly and systematically


Step 5

CREATE AN ACCURATE VIEW

Product DNA is an intelligent library, containing all you need to know about your product, its revisions, design limits, failure mechanisms and service life expectancy. The DNA library creates an accurate view of product behaviour, supporting design innovation to maintain market leadership.

Benefits:

  • A repeatable benchmark from research to production
  • A traceable reliability measure between OEMs and suppliers
  • A new norm and approach to generate SORs (statement of operational requirements) and LASTENHEFTE
  • Creating an effortless decision making process
  • Keeping management well informed and in control

1. KXC Technology     2. DSP vs Conventional Programming     3. KXC Diversity in Application     4. Contamination Tests     5. Our Innovation  

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Our Experiences

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Software Engineering Services!

  1. Product DNA solver used in computer software development for service life validation
  2. Product DNA algorithm used in software engineering services for data processing
  3. Product DNA method used in software engineering services
  4. Design and development of computer software implementation of Product DNA

Contact Us to Discuss your Software Requirements!


Request a demo
Let’s Design