TEEXMA® for Additive Manufacturing is the only solution that allows for the digitization and management of the entire additive manufacturing value chain from R&D to production.
TEEXMA® for Additive Manufacturing is the only solution that allows for the digitization and management of the entire additive manufacturing value chain from R&D to production.
your data from raw materials to finished parts
a database of raw materials (metal powder, polymer coils, etc.)
the use of new processes or machines
knowledge and best practices
additive manufacturing processes and machine parameters
the materials at all stages of transformation
The confidentiality and security of your data
the quality of your finished product by reducing nonconformities
your data from raw materials to finished parts
a database of raw materials (metal powder, polymer coils, etc.)
the use of new processes or machines
knowledge and best practices
additive manufacturing processes and machine parameters
the materials at all stages of transformation
The confidentiality and security of your data
the quality of your finished product by reducing nonconformities
Create and manage projects to investigate the potential for AM and optimize geometry, materials, and process
Investigate and compare material options
Manage powder stock and status for the production floor
Create, version and manage simulation cards to support FEA and effectively predict performance based on selected materials
Test build options and production samples to ensure that parts meet requirements, specifications and performance expectations
Create and compare various builds to determine the best option to meet your requirements and to put into production
Easily handle the quotation planning and scheduling of jobs across your production floor to meet deadlines and maximize production
Track and monitor machine settings, build status and condition in real-time via an easy-to-read dashboard
Track and record sensor data to ensure build quality and tolerances are met
Easily record nonconformities and launch investigations
Manage operating procedures and workflows to ensure consistency
Schedule and manage equipment calibration and maintenance to maximize uptime
Collect lessons learned to improve processes and build quality
Create digital ID cards for full part traceability across your process
Create and manage projects to investigate the potential for AM and optimize geometry, materials, and process
Investigate and compare material options
Manage powder stock and status for the production floor
Create, version and manage simulation cards to support FEA and effectively predict performance based on selected materials
Test build options and production samples to ensure that parts meet requirements, specifications and performance expectations
Create and compare various builds to determine the best option to meet your requirements and to put into production
Easily handle the quotation planning and scheduling of jobs across your production floor to meet deadlines and maximize production
Track and monitor machine settings, build status and condition in real-time via an easy-to-read dashboard
Track and record sensor data to ensure build quality and tolerances are met
Easily record nonconformities and launch investigations
Manage operating procedures and workflows to ensure consistency
Schedule and manage equipment calibration and maintenance to maximize uptime
Collect lessons learned to improve processes and build quality
Create digital ID cards for full part traceability across your process
Additive manufacturing plays a huge role in the medical field, from surgery to medical devices.
One of the main challenges is managing the materials used in the finished products (polymers, PEEK, PEKK, etc.), especially the physicochemical characterization (ISO 10993), to ensure biocompatibility and reduce risks.
Additive manufacturing thus allows the customization of complex parts and the improvement of innovation in an increasingly technological sector.
Additive manufacturing is becoming increasingly important in high-tech industries such as aerospace and defense.
The industry’s need for adaptability in the face of certain changes requires accelerating the transition from prototyping to assembly-line production.
Defense requires complex and low-volume parts, and additive manufacturing is the most efficient process for low-volume production, while still allowing for local production.
The automotive industry is now one of the leading sectors when it comes to the use of additive manufacturing, particularly to meet the ever-increasing demands and customized production for luxury vehicles.
This industry also takes into account the increasing environmental issues by producing lighter and more energy efficient cars.
In turn, this creates a need for proper and strategic selection and management of additive manufacturing materials such as polypropylene, polyurethane, PVC, etc.
TEEXMA® for Additive Manufacturing helps facilitate R&D projects and technology transfer in the energy industry.
The challenge here is for companies in this industry to produce components by maximizing performance and reducing the amount of material used.
This concerns energy generation devices (ex. solar panels, wind turbines), and energy conversion devices (ex. batteries, generators).
Additive manufacturing plays a huge role in the medical field, from surgery to medical devices.
One of the main challenges is managing the materials used in the finished products (polymers, PEEK, PEKK, etc.), especially the physicochemical characterization (ISO 10993), to ensure biocompatibility and reduce risks.
Additive manufacturing thus allows the customization of complex parts and the improvement of innovation in an increasingly technological sector.
Additive manufacturing is becoming increasingly important in high-tech industries such as aerospace and defense.
The industry’s need for adaptability in the face of certain changes requires accelerating the transition from prototyping to assembly-line production.
Defense requires complex and low-volume parts, and additive manufacturing is the most efficient process for low-volume production, while still allowing for local production.
The automotive industry is now one of the leading sectors when it comes to the use of additive manufacturing, particularly to meet the ever-increasing demands and customized production for luxury vehicles.
This industry also takes into account the increasing environmental issues by producing lighter and more energy efficient cars.
In turn, this creates a need for proper and strategic selection and management of additive manufacturing materials such as polypropylene, polyurethane, PVC, etc.
TEEXMA® for Additive Manufacturing helps facilitate R&D projects and technology transfer in the energy industry.
The challenge here is for companies in this industry to produce components by maximizing performance and reducing the amount of material used.
This concerns energy generation devices (ex. solar panels, wind turbines), and energy conversion devices (ex. batteries, generators).
3D Printing Software | Powder Management | Software MES
