Welcome to TexMind
TexMind UG is an independent textile software development company.
Our focus lies in computer-aided design (CAD) development and exclusive
support in the area of textiles and composites.
We train new specialists in the particular fields of our software –
braiding, weaving, knitting, and general textile technology.
Our specialty is the development of complex 3D algorithms and software
for the three-dimensional presentation of textile structures – braided,
warp, and weft knitted, woven, and other unique combinations.
Our Mission
TexMind UG is an independent development center for adaptation of the newest scientific achievments in the area of textiles for practical application.
Independent means that we create our products to meet the needs of the end customers, not only the needs of the machinary producers, but we cooperate close with these in the case where it is required.
The qualification of the young specialists and generally Education is very important aspect of the company strategy:
we support junior researchers by publishing their selected works under very attractive conditions, see TexMind Verlag we develop versions of our software specialy designed for education – small, simple, fast and not expensive products. We develop the new products with intensive research in cooperation with the ITM at TU Dresden, Germany and numerous partner companies and other universities.
The focus of the company lies in computer aided engineering development and support in the area of textiles and composites and the training of specialists for this field.
Speciality of the company is the “3D” – the development of complex algorithms and software for the three dimensional presentation of the textile structures, such as braided, warp and weft knitted, woven and other special combinations.
If you are interested in braiding, you can use TexMind Braider Standard 3D to create 3D images of tubular braids or theTexMind Braiding Machine Configurator to create your new braiding machine, check its carrier arangement and get first impression of yarn path of the braided structure, of course again in 3D.
For drawing pattern of warp knitting samples the Warp Knitting Pattern Painter can save a lot of your time.
History
I received my first lessons in the programming in year 1986-1987 as a schoolboy. The first own programms were written on Basic on a 8 Bit computers and were able to draw and move geometrical figures for simple games and to create computer music, playing “Pour Elise”.
During the university time I developed a programm on Turbo Pascal for calculation of kinematics and dynamics of gearing mechanisms for my study project, which were widely used from study colleagues.
The final thesis of the engineering study (1996) was based on own developed software for simulation of the forming of the winding of sliver in canes in the spinning factories. With 386 PC with 4 MB RAM, 40 MHz were simulated large set of variation of the parameters of the winding mechanism and the optimal settings were found.
Several chapters of my PhD thesis are based on own developed simulation software – simulation of bobbin winding based on discrete models, modelling of the stress-strain behaviour of the wound packages, based on implemented finite difference procedure, density distribution of the wound packages etc.
From 2000 to 2007 I was working as freelancer in the area of the software development and consulting and later between 2007-2011 the consultancy and engineering services were offered in the context of “Ingenieurberatung Dr. Kyosev” .
In order to answer to the increasing requests of consulting services and software products, in August 2011 I founded TexMind UG (limited liability) in Mönchengladbach. In 2020, the company moved to Heidenau, Germany.
TexMind Braider
TexMind Braider is an intuitive CAD-Software for colour and structural design of standard tubular and flat braids.The user defines the number of the yarns, the braiding type and the dimension of the braid.
TexMind Braider Standard generates a 3-D-View of the braided structure, where the user can change the colours of the yarns. The configuration of the braid producing machine with the carrier arrangement and the colour arrangement is saved in form of a report. The export of the 3-D-View can be made as a picture with high resolution or in formats for 3-D printing or FEM- und CFD-calculations. This speeds up the development of the braided structures, in the both the areas for products with special requirements – medical textiles, ropes, overbraids as braids with decorative function -shoe laces and decorative cords.
TexMind Braider Multifilament generates a 3-D-View of the braided structure, where the all filaments in the multifilament yarns are drawn. These can be with and without twist.
If you like to learn more about braiding, we recommend Kyosev, Y., Braiding technology for textiles, Woodhead Publishing, 2014
Advanced topics about complex carrier arrangement, multifilament models and other calculations can be found in Kyosev, Y. (Ed.), Advances in Braiding technology , Woodhead Publishing, 2016
Modelling aspects about the braiding are explained in Kyosev, Y., Topology-Based Modeling of Textile Structures and Their Joint Assemblies, Springer, 2019
Version Comparisson
- Braider Standard Tubular braids, with possibility for inlays and core Flat braids Any floating length Any number of yarns in group Export to STL, GLTF, OBJ, Export to TexGen Export to VMTS, ImpactFEM Export to LS-Dyna, Ansys, Abaqus, CSV Axis Productivity calculations Idealized Stress
- Braider Multifilament - additionally Multifilamanet yarns without twist Multifilamanet yarns with twist
Video Introduction
Flat braids Geometry 3D Visualisation of tubular and flat braids
with yarns of one or more filaments filaments distributed lenticular or circular with or without twist Easy colour change of the yarns Select inner, outer or nominal braid diameter Floating length variable from 1 to theoretically unlimited theoretically unlimited number of yarns Export JPG PNG VRML (3D Geometry) STL (for 3D Printing) X3D GLTF TexGen Python Wisetex Ansys Abaqus LS-Dyna Impact-FEM VTMS Calculations Productivity calculation Winding time calculation Cover factor calculation Summary Printable (PDF) report Colour arrangment Braid data Machine data
Frequently Asked Question
- May I use the software to generate files for 3D printing?
Yes, all TexMind Software Packages have export as STL File - Do you have MAC version?\ Mac version is in preparation.
- Does the software works on Windows XP?\ Not any more.
- Does the software calculate the rope strength?\ The software calculates idealized rope strength. Advanced methods for higher accuracy are in testing now.
Version History
Rev. 2.9 2026: Command Line Options extended to automatic opening the braid file and export OBJ, STL, GLTF, CSV; Export to TexGen updated to the current version.
Rev. 2.8 2023-2024 Minor visible changes. Work on Backend. Updated GUI, 3D Libraries and licensing libraries for compatibility with Win11.
Rev. 2.7 2021.12 Braider Tubular: Braids around axial symmetric core possible Overbraided axial symmetric profile
Rev. 2.6 2021 Command line version available. The program generates the 3D geometry and exports the 3D files from command line, which allows automatic product optimisation studies.
Rev. 2.5 All TexMind Version: 2021 Export to gltf format included. The generated fabrics can be imported as 3D objects in Paint3D, Power Point and many other tools.
Rev. 2.4 Tubular: 01.2020 Axial symmetric overbraided bodies possible. Mandrel-Form defined as list of radius-height sets
Rev. 2.3 01.2018 New yarn saving format. Saving Multifilament yarns. Yarn edit improved. Bugs at the twisted representation improved.
Rev. 2.2 Juni 2016 Advanced Algorithm for braid linear width calculation under verification; TexGen – Multifilament and WiseTex Exportes included.
Rev. 2.1 February 2016 Multifilament yarns with custom cross sections. Jamming states calculated
Rev. 2.0 ITMA Milano Version German and English Languages available. Standard and Multifilament versions available
Rev. 1.9 TexGen, VMTS, ImpactFEM Exporter Included
Rev. 1.8 Improved report block, added diagrams about the relations between diameter and braiding angle
Rev. 1.7 Complete redesign of the productivity calculation block
Rev. 1.6 Machine and Bobbin selection from database
Rev. 1.4 Added jamming state calculations and geometry during axial deformation
Rev. 1.3 Corrected bugs in the multifilament cross section generation
Rev. 1.2 Adjusted User Interface for Tubular and Flat Braids
Rev. 1.0 01.05.2015 TechTexil Frankfurt Version Multifilament yarns with circular cross section and twist; regular or fancy flat braids (custom floating length per ridge)
Rev. 0.9 04.2015 Multifilament yarns with circular cross section and twist included
Rev. 0.8 04.2015 Multifilament yarns with lenticular arrangement of the filament included Flat braids included
Rev. 0.7 03.2015 Cover factor for tubular fabrics integrated
Rev. 0.6 03.2015 Productivity Calculator integrated in the Braider
Rev. 0.5 02.2015 IFAC Conference: Improved Mouse Interaction for colour selection
Rev. 0.4 12. 2014 New Graphical User Interface New 3D Graphics Reimplentend improved algorithms for tubular braids
Rev. 0.3 2013 Simple Graphical User Interface for Tubular and Flat braids
Rev. 0.2 2012 Tubular, flat and spiral braids. Braid definition in text files Used for the book “Kyosev, Y., Braiding technology for textiles, Woodhead Publishing, 2014”
Rev. 0.1 2007 St. Petersburg, FEM for Textiles, Poster 3D Geometry of simple tubular braids. No simple user unterface
TexMind Braiding Machine Configurator
Texmind Braiding Machine Configurator is a powerful CAD software for creative developers of new braiding machines and braided structures. The user can configure his machine trough selection of the size and position of the horn gears with the mouse. After placing the carriers, the user simulate the carrier motion and test the carrier arrangement. Carrier collisions are automatically detected. The idealized 3-D-image of the braid, that is to construct, is as well visualised.
Texmind Computer Controlled Braiding Machine Configurator is advanced version of the Configurator, released in January 2018. It allows the operation with computer-controlled switches, which are changing the track during the braiding process.
Features
Create your braiding machine with the mouse.
- Horn gears with 2,3,4,5,6,7,8,….any number of slots
- Carrier placement
- Show animation of the carrier motion
- Idealized 3D structure of the braid
- Colision check
Export
- Export the machine drawing as WMF (windows image format) and SVG (Corel Draw, Web)
- Export the braid as 3D geometry or jpg
- Export the machine emulation as GIF animation
Youtube
First steps with Configurator on Youtube
Carrier arrangement of tubular braids
Braids with bifirucations
Frequently Asked Questions
-
Are the switches between the carriers programmable
Yes, in the Version: “Texmind Computer Controlled Braiding Machine Configurator” -
Is there direct export for the programming of the braiding machines with computer control.
For several machines yes. Ask the producer for file format. We have several CAD packages with direct export to machine files and there is no problem to implement new formats in our softwaer packages. -
Is automatic carrier arrangement possible
Not more, but reimplementation is under progress. The older versions had the possibility to say “1 Full 1 Empty” and the software arrange the carriers, but this feature is not more supported, because it will not work on machines with variable tracks.
History
Rev. 2022-02-09 Current stable version.
Rev. 2021 Simulateous carrier motion and 3D generation started. GLTF Export. Machine Data Export as Excell Sheet. Carriers with different colours introduced and carrier colour change included. Middle ends (in the middle of horn gear) and inlay yarsn (between the horn gears) included. Custom gears with different speed and radius possible
04. 01.2018
Texmind Computer Controlled Braiding Machine Configurator released.
The user can set each switch state during the programming and record the complete braiding programm. Step-wise motion of the braiding machine and additing carriers after the motion allowed.
Rev. 1.3 12.2017 Improved Graphical User Interface. Reported bugs for crashes after non typical braiding behaviour (deleting gears with carriers, deleting carriers) solved. Improvements in the solver in the issues with the carrier motion.
Rev.1.2 07.2016 Bugs fixed
Rev.1.1 02.2016 Added Switch cams which can be set to “transfer” or “keep” positions Predefined Machines for packing machines and varioflechter
Rev.1.0 01.2016 Several Bugs fixed. Added Colour Carrier and Yarns
Rev.0.9 12.2015 Post ITMA 2015 Milano. Distance for Horn Gear contact detection adjustable
Rev.0.8 10.2015 ITMA 2015 Milano
Rev.0.7 05.2015 Techtextil Frankfurt version. Added Makros for predefined machines
Rev.0.6 03.2015 Improved menu bar and several bugs fixed. Test with 33 students during one week braiding course on Windows XP, Windows 7, 8, Windows 8.1 and one Windows 7 on Virtual Machine on Mac.
Rev.0.5 01.2015 Mouse Interactions included. The user can place gears and carriers with the mouse (drag and drop)
Rev.0.4 2014 Carrier motion simulation included with definition of the transfer places and idealized 3D view of the braided structures
Rev.0.5 2013 Carrier motion simulation included
Rev.0.4 2012 First Graphical User Interface created. Machine Definitions in Table like Excell Grid
Rev.0.3 Added flat braiding machines with custom horn gear set
Rev.0.2 2011. Added Flat braiding machines
Rev.0.1 2010. Used for the book Kyosev, Y., Braiding technology for textiles, Woodhead Publishing, 2014 For drawing of tubular braiding machines, using text files for definition of the horn gears
We actively develop the TexMind Braiding Machine Configurator! Ask for demo version or updates about the features!
TexMind Warp Knitting Editor
The Warp Knitting Pattern Editor is a professional CAD software for editing of the pattern for warp knitting machines. It works in both directions automatically – creation of the graphical representation of the guide bar motion from numerical input or editing of the guide bar motion by mouse and getting the corresponding numerical input for mechanical chain links or electronical guide bar systems.
The Warp Knitting Pattern Editor makes the editing of the warp knitting pattern quick and simple.
Before you start working with the software, you should learn the fundamentals of the warp knitting pattern, for instance using the book , written by Yordan Kyosev, “Warp knitting fabrics construction” , 2019 by CRC Press, wich contains 276 colour illustrations, created with the Warp Knitting Pattern Editor of TexMind. 100 Samples are available in 3D format and can be viewed from any view point, rotated and zoomed with the free TexMind Viewer.
Features
- Keyboard Input
- Mouse Input
- Single and double needle bed
- Unlimited Number Guide Bars
- Unlimited Number Guides
- Unlimited Number Cycles
- Link List (1a-2b)
- Lapping drawing as jpeg, png, wmf, pdf
- Show/Hide Guide Bars
- Multiple Yarns / Line Types
- Threading
- Run-In calculation
- Weight per m2 calcualtion
- Redo-Undo
- View several repeats
- Extends selection to repeat
- Extends selection with N repetitions
- Ready to use basic lappings
- Copy/Paste part of lapping sequence
- Mirror, Shift Lapping Sequence
- Export/Import lapping sequence
Youtube Guide
Youtube Video how Warp Knitting Editor can be used
Frequently Asked Question
- May the software generate machine control files for machines with
ELB?
Yes, but not for all machine producers. Contact us in case of interest with information about your machine.
Do you have MAC version?
Mac version is in preparation.
-
Does the software work on Windows XP?
Not anymore. -
Does the software calculate the mechanical properties of the fabrics?
Not now, but for such calculations we provide several exporting options for various FEM software packages. -
Does the software generate 3D view of the fabrics?
Yes, since 2019 the “Warp Knitting Pattern Editor 3D” has build in support for 3D view.
Publications
More about the models and its modules can be found in the scientific literature as for instance in
- Y. Kyosev, Topology-Based Modeling of Textile Structures and Their Joint Assemblies, Springer
- W. Renkens, Y. Kyosev, 3D SIMULATION OF WARP KNITTED STRUCTURES
- W. Renkens, Y. Kyosev, Geometry modelling of warp knitted fabrics with 3D form, Textile Research Journal
- Kyosev, Y., Renkens, W., Modelling and visualization of knitted fabrics, in Chen. X.:Modelling and Predicting Textile Behaviour, 1st Edition
Version History
Rev. 2.6 2026 FEM and CAD Export formats extended.
Rev. 2.4 2025 Backend and libraries updated.
Rev. 2.3 2018.12. Spacer fabrics/double needle bed fabrics included in 3D version
Rev. 2.2 2018.08. Export functions improved – provided are PDF for lapping diagrams and Excell for the complete dataset
Rev. 2.1 2018.05. TexMind Warp Knitting Pattern Editor 3D launched for single needle bed structures for selected customers
Extendded options for threading and lapping manipulation
Rev. 2.0 2015.11.01 TexMind Warp Knitting Pattern Editor 2.0 launched. ITMA Milano www.itma.com Copy/Paste function, Pattern Repetitions function Chinese Language Translation included
Rev. 1.9 Threading selection changed
Rev. 1.8 Automated repeat extension
Rev. 1.7 New Graphical User Interface
Rev. 1.2 – 1.6 Bug Fixing and Improvements of Pattern Painter Starter, Englisch, German, French Languages added,
Rev. 1.0 2013 TexMind Warp Knitting Pattern Painter 1.0 as Starter and Extended Versions The Extended Version with Run-In Calculations
2013 TexMind Warp Knitting Pattern Editor 1.0 As custom development, not public available. Extended Editing Features, Undo-Redo …
Rev. 0.3 New Graphical Interface Export to Loop3D
Rev. 0.2 2011 Company TexMind Launched Wapr Kniting Pattern Painter started Windows Version with numerical input
Rev. 0.1 2004 Technical University Sofia - Simple drawing program in Matlab for converting Number input into chain link pattern
Weft Knitting Editor
Specialized CAD software for automatic edition of cams, needles and yarn paths during the pattern development of samples for circular knitting machines
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TexMind Viewer (Freeware)
The “TexMind Textile Viewer” is a compact standalone version of the integrated viewer in all TexMind packages. It allows 3D visualisation of any textile structures saved in the TexMind open TXM format or formats of partners’ software like TexGen, Wisetex and ReCo.
The 3D structures generated with the TexMind software for example braids, warp and weft knitted, woven structures and sewing stitches can be send to the customers/interested persons as txm file and those can be viewed as 3D object with the free “TexMind Textile Viewer”.
The viewer ist included in the 3D samples to the book “Warp Knitting Fabrics Contstrution” and can be downloaded there from the part “supplementary materials” https://www.routledge.com/Warp-Knitted-Fabrics-Construction/Kyosev/p/book/9781498780162
Consulting
Professional consulting in fields of textiles
Prof. Dr. Yordan Kyosev is a worldwide recognized expert in the area of textile technology and textile structures. He published several Journal Papers, was involved in producing specialist books and presented his research results on international conferences. Also through his former engineering consulting company, he has a wealth of experience in all aspects of consulting industrial partners for more than 28 years. The consulting activity focuses mainly on:
- Analysis of textile processes and products
- Development of models, algorithms, and software prototypes
- Partners and programs for research projects with public funding
- State of the art research
- Application of mathematical programs for practical engineering calculations
Courses
Extend your knowledge and teach your workers effectively! We offer courses updated to the newest scientific achievements in this area. Since the technology develops fast, we offer the most recent knowledge in our courses and workshops! The contents will be exactly oriented on your specific needs, to save your time and money. The courses and workshops are conducted by Prof. Dr. Yordan Kyosev or his qualified partners with wide industrial and teaching experience. You decide where the workshop needs to be organized: Either in your house or in our rooms and laboratories in cooperation with TU Dresden, Institute of Textile Machinery and High Performance Material Technology (ITM), Dresden, Germany.
Courses:
- B1. Braiding Technology, Braiding Machines
- B2. Structural and colour patterning of braids
- NW1. Narrow Weaving Technology and Machines
- NW2. Pattern Design for Narrow Weaving
- WK1. Pattern of warp knitted structures
- TQ1. Textile Testing
- TQ2. Quality Control in the Clothing and Textiles
- TQ3. Statistical Methods in the Quality Control
- F1. Textile Fibers and their Properties
- F2. Microscopic Identification of Fibers
- TT1. Introduction in the Textile Technology
- M1. Modelling and Simulation with FEM Software
- M2. Modelling and Simulation with packages for numerical calculations
and individual topics on request.
Languages
- English
- German
Demo, Guides, Contact Fomrular
- Demo versions downloads
- user guides
- possiblity to directly by monthly licenses
- contact formular
are available on the customer page of Texmind
You have to register there giving simple username, name and valid E-Mail. It can take up to few minutes, until you receive your password after registration.
Events
Comming: ITMA 2027 16-22 September 2027, Hanover, Germany
16-th Narrow Fabrics Conference, Hof University, 1-2 September, Germany
TechTextil Frankfurt 2026, Franfkurt, Germany
TechTextil Frankfurt 2024, Franfkurt, Germany
Int. Week of Narrow Textiles March 2024, Dresden
ITMA Milano 08-14 June 2023 Hall 9 – H9 – A302 www.itma.com
ITMA 2019 Barcelona – 20-26 June 2019
Techtextil Frankufrt 2019
Meeting of the Software Modellers – Mönchengladbach, 20-21.09.2018
TexComp 13 – Milano, 2018
Techtextil Atlanta – May 2018
International Week of Narrow and Smart Textiles, Mönchengladbach, February 2018
First Simulations with Texmind Braiding Computer Controlled Machine Configurator shown during the International Week of Narrow Fabrics in Mönchengladbach, 19-23.02.2018
TechTextil in Frankfurt 9-12.5.2017
Herzog Open House 2017
Techtextil Frankfurt 2017
TexMind presented on SaxSim.de 2017
ITMA Milano 2015
Techtextil Frankfurt 2015
Techtextil Frankfurt 2013
Partners
In the areas of consulting and software we coopearate with ITM of TU Dresden, Germany and Riking Textil GmbH, Mönchengladbach.
References
We keep our communications and relations with our customers strictly confidential. Please understand that most of our customers consider the use of our software to be part of their secret know-how and important for their success, and they do not like to be publicly listed.
If you are our customer and would agree to be listed on our web page as a reference, please let us know. Thank you for your agreement.
Moorlands B.V., The Netherlands
Technical University Sofia, Bulgaria, Textile Engineering
Technical University Liberec, Czech Republic, Faculty of Textile Engineering
Privacy Policy
Your privacy matters to us. This policy explains how, when, and why we process your personal data, in accordance with the EU General Data Protection Regulation (GDPR). Last Updated: October 25, 2026
1. What Data We Collect (and When)
We practice data minimization — we only collect personal data when you actively request access to a demo version of our software. At that point, we collect:
- Name — to personalize your demo access
- Email address — to deliver your access credentials and communicate about the demo
- Company name (optional) — to better tailor the demo to your needs We do not collect any personal data from visitors who are simply browsing our website.
2. Why We Process Your Data (Legal Basis)
Under GDPR, every processing activity requires a lawful basis We rely on:
- Article 6(1)(b) — Performance of a contract: Processing is necessary to provide you with the demo access you requested.
- Article 6(1)(a) — Consent: Where applicable (e.g., optional marketing follow-ups), we only process your data after you have given explicit consent, which you may withdraw at any time.
3. How We Use Your Data
Your data is used exclusively to:
- Create and manage your demo access
- Communicate with you about the demo (e.g., credentials, expiration, support, available updates or demonstration events)
We will never sell your personal data or use it for unrelated purposes without your consent.
4. Your Rights Under GDPR
You have the following rights regarding your personal data :
- Right of Access (Art. 15) — Request a copy of the data we hold about you
- Right to Rectification (Art. 16) — Edit your data yourself at any time via your account dashboard, or ask us to correct it
- Right to Erasure (Art. 17) — Request deletion of your data (“Right to be Forgotten”)
- Right to Restrict Processing (Art. 18) — Limit how we use your data
- Right to Data Portability (Art. 20) — Receive your data in a portable format
- Right to Object (Art. 21) — Object to certain processing activities
- Right to Withdraw Consent — Withdraw consent at any time, without affecting prior processing
Self-Service Data Editing: You can view, edit, and update your personal data directly in your account settings at any time — no request needed. Changes take effect immediately.
5. Data Sharing & Third Parties
We only share your data with:
- Hosting and infrastructure providers (under data processing agreements per Art. 28 GDPR)
- Email delivery services (solely to send you demo-related communications) All third parties are bound by strict confidentiality and data processing agreements.
6. Data Retention
We retain your personal data only for as long as necessary to fulfill the purpose of your demo access, or as required by law.
7. Data Security
- All data transmissions are encrypted using SSL/TLS
- Access to personal data is restricted to authorized personnel on a need-to-know basis
- Data is stored on servers located in the EU with industry-standard safeguards
8. Exercising Your Rights & Contact
To exercise any of your rights, or if you have privacy questions, contact us [email protected]
Impressum
TexMind UG (haftungsbeschraenkt)
Röntgenstr. 9 , 01809 Heidenau, Germany
Tel:+49 1577 39 75575
Fax: +49 (0) 322 24 16 24 70
Managing Director: Prof. Dr. Yordan Kyosev
kyosev ( at ) texmind.com
Sitz: Heidenau
Handelsregister: Amtsgericht Dresden
HRB Nr.: 39749
St.Nr.: 210/121/06081 Finanzamt: Pirna
USt-IdNr.: DE 278517972
Ein wichtiger Hinweis zu allen Links auf dieser Seite:
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