Title

Description

    Dates

    Topics
    Keywords
    METAV 2022
    Date : 08/03/2022 - 11/03/2022
    Location : Düsseldorf | Germany
    Booth: 4G14
    MACH 2022
    Date : 04/04/2022 - 08/04/2022
    Location : Birmingham | United Kingdom 

    MACH Exhibition rescheduled to April 2022.
    Given the spread of the Coronavirus, the MTA has decided that, in order to minimise the risks to visitors and exhibitors, it is rescheduling the event 4-8 April 2022. The event will still be held, in the same Halls, at the NEC.

    ELMIA Verktygsmaskiner
    Date : 10/05/2022 - 13/05/2022
    Location : Jönköping | Sweden

    The ELMIA has been postponed to May 2022

    BIEMH
    Date : 30/05/2022 - 03/06/2022
    Location : Bilbao | Spain

    The 31 edition of BIEMH is postponed to may 2022

    MATEK eurasia
    Date : 26/09/2022 - 01/10/2022
    Location : Istanbul | Turkey

    The MAKTEK eurasia has been postboned to September 2022

    Never miss a webinar

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    Webinar recordings

    You can find recordings of past webinars here.

    Webinar recordings

    You can find recordings of past webinars here.

    Webinar recordings

    You can find recordings of past webinars here.

    Webinar recordings

    You can find recordings of past webinars here.

    Personnel management and increasing efficiency

    Demands at the middle management level are high. This area requires that responsible personnel not only have technical expertise, but also a combination of entrepreneurial thinking and social responsibility.

    Project management basics

    The faster markets change and the more complex customer requirements become, the more important solid project management is for small and medium-sized companies. Only those who can process orders as efficiently as possible can remain competitive in the long run.

    Digitalization in mold and die manufacturing

    Industry 4.0 offers small to medium-sized companies the opportunity to improve their processes and thus react more flexibly to individual customer requests. Productivity and profitability can be increased with Industry 4.0.

    Focus on management

    This seminar is intended for managing directors and manager of medium-sized companies: Many different factors determine whether a company is successful or not. The relationship between management and personnel and personnel motivation deserve special attention.

    Tebis 4.1 update training

    Update training course: all the important innovations in Tebis 4.1
    Also in regional locations

    Parametric work with Tebis

    In practical examples, participants in this training course will learn about associative/parametric design in Tebis, use of the Sketcher, positioning parts relative to each other and creating design templates.

    Register now at the promotional price

    Tebis Base

    Participants in this basic training course get to know Tebis software. The user interface and handling of CAD data and importing external data via interfaces will be learned. 

    Basis for CAM module add-ons

    This training course is for users who want to use only CAM functions from the turning, trimming or laser technology areas after this training.

    CAM Base

    In this basic CAM training course, participants will learn basic functions in the Tebis Job Manager in order to create, check, output and document roughing, finishing and residual stock NC paths, simple prismatic machining operations and simple drilling programs.

    CAM Milling and Drilling Plus

    Supplementing the "CAM Base" training course, participants will learn additional functions for form machining (3+2 axis milling, HSC milling), prismatic machining (2.5D milling) and for machining standard geometries (bores, circular, slot and rectangular pockets).

    5-Axis Simultaneous Milling

    Course participants will learn how to generate sophisticated milling programs for simultaneously controlled 5-axis milling machines taking into account the machine tool kinematics.

    Electrode Design

    Course participants will learn all the functions necessary for designing, documenting and managing electrodes.

    Feature Design and Rigid NCSet Methods

    This course is intended to train Tebis users how to work with features (manufacturing information) and NCSets (machining sequences). 

    Programming with virtual machine

    Course participants will use virtual machines to learn how to plan, check and optimize manufacturing processes.

    Feature and NCSet Technology, Variables in Standard Geometry

    This training course is intended for key Tebis users who are responsible for improving their company’s level of automation with regard to standard geometry features.

    Feature and NCSet Technology, Variables in Free-Form Design

    This training course is intended for Tebis key users who are responsible for improving their company’s level of automation with regard to free-form features. 

    Turning

    Course participants learn how to generate toolpaths for two-axis turning and drilling processes.

    Lathe Contour Preparation

    Participants in this course will learn how to create parametrized sketches from which rotationally symmetrical models can be derived quickly and easily.

    5-Axis Trimming

    Participants in this training course will learn how to generate 5-axis simultaneous milling programs for trimming parts made of composite materials.

    5-Axis Laser Cutting

    Course participants will learn how to create 5-axis simultaneous laser cutting programs.

    4-Axis Wire EDM

    Participants in this training course will learn how to directly generate wire EDM programs based on 2D and 3D data.

    Tool management

    This training course is intended for key Tebis users who install and manage Tebis Tool Management in their company.

    Installation and configuration

    This training course is intended for key Tebis users who install and manage Tebis software in their company.

    Exact Solid Preparation

    In practical examples, participants in this training course will learn how to create exact geometries for small parts (for example, trim and coining steels, blank holder attachments).

    Surface Design Plus

    Participants in this course will learn about the time-saving functions for designing profile, extension, shift, fill and class-A surfaces.

    Active Surface Design

    In practical examples, participants in this training course will learn how to create transition-free pressure areas in active die surfaces and to automatically relieve and flatten active surface radii in drawing operations.

    Surface Modeling

    Course participants will learn how to optimize surface structures, surface contours and transitions.

    Digitized Data Processing

    Course participants will learn how to prepare digitized data for subsequent reverse engineering or NC programming.

    Reverse Engineering

    This course teaches participants the standard functions for reverse engineering, including fitting of standard geometries. 

    MES ProLeiS 4

    In this MES software training session, participants will work with ProLeiS 4. 

    Surface Morphing

    Course participants learn how to deform surface models based on various morphing rules.

    Update Version 4.1

    In this update training course, participants will get to know all the important new features of Tebis V4.1.

    Parametric work with Tebis

    Using practical examples, participants in this training course will learn about associative/parametric design in Tebis, using the Sketcher, positioning parts relative to each other and creating design templates.

    4-Axis Wire EDM

    Participants in this training course will learn how to directly generate wire EDM programs based on 2D and 3D data.

    Turning

    Course participants learn how to generate toolpaths for 2-axis turning and drilling processes.

    5-Axis Laser Cutting

    Course participants will learn how to create 5-axis simultaneous laser cutting programs.

    5-Axis Simultaneous Milling

    Course participants will learn how to generate sophisticated milling programs for simultaneously controlled 5-axis milling machines taking into account the machine tool kinematics.

    5-Axis Trimming

    Participants in this training course will learn how to generate 5-axis simultaneous milling programs for trimming parts made of composite materials.

    Active Surface Design

    In practical examples, participants in this training course will learn how to create transition-free pressure areas in active die surfaces and to automatically relieve and flatten active surface radii in drawing operations.

    Basis for CAM module add-ons

    This training course is for users who want to use only CAM functions from the turning, trimming or laser technology areas after this training.

    CAM Base

    In this basic CAM training course, participants will learn basic functions in the Tebis Job Manager in order to create, check, output and document roughing, finishing and residual stock NC paths, simple prismatic machining operations and simple drilling programs.

    Feature and NCSet Technology, Variables in Free-Form Design

    This training course is intended for Tebis key users who are responsible for improving their company’s level of automation with regard to free-form features. 

    CAM Milling and Drilling Plus

    Supplementing the "CAM Base" training course, participants will learn additional functions for form machining (3+2 axis milling, HSC milling), prismatic machining (2.5D milling) and for machining standard geometries (bores, circular, slot and rectangular pockets).

    Digitized Data Processing

    Course participants will learn how to prepare digitized data for subsequent reverse engineering or NC programming.

    Electrode Design

    Course participants will learn all the functions necessary for designing, documenting and managing electrodes.

    Exact Solid Preparation

    In practical examples, participants in this training course will learn how to create exact geometries for small parts (for example, trim and coining steels, blank holder attachments).

    Feature and NCSET Technology, Variables in Standard Geometry

    This training course is intended for key Tebis users who are responsible for improving their company’s level of automation with regard to standard geometry features.

    Feature Design and Rigid NCSet Methods

    This course is intended to train Tebis users how to work with features (manufacturing information) and NCSets (machining sequences). 

    Installation and configuration

    This training course is intended for key Tebis users who install and manage Tebis software in their company.

    Lathe Contour Preparation

    Participants in this course will learn how to create parametrized sketches from which rotationally symmetrical models can be derived quickly and easily.

    MES ProLeiS 4

    In this MES software training session, participants will work with ProLeiS 4. 

    Programming with virtual machine

    Course participants will use virtual machines to learn how to plan, check and optimize manufacturing processes.

    Reverse Engineering

    This course teaches participants the standard functions for reverse engineering, including fitting of standard geometries. 

    Surface Design Plus

    Participants in this course will learn about the time-saving functions for designing profile, extension, shift, fill and class-A surfaces.

    Surface Modeling

    Course participants will learn how to optimize surface structures, surface contours and transitions.

    Surface Morphing

    Course participants learn how to deform surface models based on various morphing rules.

    Tebis Base

    Participants in this basic training course get to know Tebis software. The user interface and handling of CAD data and importing external data via interfaces will be learned. 

    Tool management

    This training course is intended for key Tebis users who install and manage Tebis Tool Management in their company.

    Update Version 4.1

    In this update training course, participants will get to know all the important new features of Tebis V4.1.

    Parametric work with Tebis

    Using practical examples, participants in this training course will learn about associative/parametric design in Tebis, using the Sketcher, positioning parts relative to each other and creating design templates.
     

    4-Axis Wire EDM

    Participants in this training course will learn how to directly generate wire EDM programs based on 2D and 3D data.

    5-Axis Laser Cutting

    Course participants will learn how to create 5-axis simultaneous laser cutting programs.

    5-Axis Simultaneous Milling

    Course participants will learn how to generate sophisticated milling programs for simultaneously controlled 5-axis milling machines taking into account the machine tool kinematics.

    CAM Base

    In this basic CAM training course, participants will learn basic functions in the Tebis Job Manager in order to create, check, output and document roughing, finishing and residual stock NC paths, simple prismatic machining operations and simple drilling programs.

    5-Axis Trimming

    Participants in this training course will learn how to generate 5-axis simultaneous milling programs for trimming parts made of composite materials.

    Active Surface Design

    In practical examples, participants in this training course will learn how to create transition-free pressure areas in active die surfaces and to automatically relieve and flatten active surface radii in drawing operations.

    Basis for CAM module add-ons

    This training course is for users who want to use only CAM functions from the turning, trimming or laser technology areas after this training.

    Feature and NCSET Technology, Variables in Standard Geometry

    This training course is intended for key Tebis users who are responsible for improving their company’s level of automation with regard to standard geometry features.

    CAM Milling and Drilling Plus

    Supplementing the "CAM Base" training course, participants will learn additional functions for form machining (3+2 axis milling, HSC milling), prismatic machining (2.5D milling) and for machining standard geometries (bores, circular, slot and rectangular pockets).

    Digitized Data Processing

    Course participants will learn how to prepare digitized data for subsequent reverse engineering or NC programming.

    Electrode Design

    Course participants will learn all the functions necessary for designing, documenting and managing electrodes.

    Exact Solid Preparation

    In practical examples, participants in this training course will learn how to create exact geometries for small parts (for example, trim and coining steels, blank holder attachments).

    Feature and NCSet Technology, Variables in Free-Form Design

    This training course is intended for Tebis key users who are responsible for improving their company’s level of automation with regard to free-form features. 

    Feature Design and Rigid NCSet Methods

    This course is intended to train Tebis users how to work with features (manufacturing information) and NCSets (machining sequences). 

    Installation and configuration

    This training course is intended for key Tebis users who install and manage Tebis software in their company.

    Lathe Contour Preparation

    Participants in this course will learn how to create parametrized sketches from which rotationally symmetrical models can be derived quickly and easily.

    Reverse Engineering

    This course teaches participants the standard functions for reverse engineering, including fitting of standard geometries. 

    MES ProLeiS 4

    In this MES software training session, participants will work with ProLeiS 4. 

    Programming with virtual machine

    Course participants will use virtual machines to learn how to plan, check and optimize manufacturing processes.

    Tebis Base

    Participants in this basic training course get to know Tebis software. The user interface and handling of CAD data and importing external data via interfaces will be learned. 

    Surface Design Plus

    Participants in this course will learn about the time-saving functions for designing profile, extension, shift, fill and class-A surfaces.

    Surface Modeling

    Course participants will learn how to optimize surface structures, surface contours and transitions.

    Surface Morphing

    Course participants learn how to deform surface models based on various morphing rules.

    Tool management

    This training course is intended for key Tebis users who install and manage Tebis Tool Management in their company.

    Turning

    Course participants learn how to generate toolpaths for 2-axis turning and drilling processes.

    4-Axis Wire EDM

    Participants in this training course will learn how to directly generate wire EDM programs based on 2D and 3D data.

    5-Axis Laser Cutting

    Course participants will learn how to create 5-axis simultaneous laser cutting programs.

    5-Axis Simultaneous Milling

    Course participants will learn how to generate sophisticated milling programs for simultaneously controlled 5-axis milling machines taking into account the machine tool kinematics.

    5-Axis Trimming

    Participants in this training course will learn how to generate 5-axis simultaneous milling programs for trimming parts made of composite materials.

    Active Surface Design

    In practical examples, participants in this training course will learn how to create transition-free pressure areas in active die surfaces and to automatically relieve and flatten active surface radii in drawing operations.

    Basis for CAM module add-ons

    This training course is for users who want to use only CAM functions from the turning, trimming or laser technology areas after this training.

    CAM Base

    In this basic CAM training course, participants will learn basic functions in the Tebis Job Manager in order to create, check, output and document roughing, finishing and residual stock NC paths, simple prismatic machining operations and simple drilling programs.

    CAM Milling and Drilling Plus

    Supplementing the "CAM Base" training course, participants will learn additional functions for form machining (3+2 axis milling, HSC milling), prismatic machining (2.5D milling) and for machining standard geometries (bores, circular, slot and rectangular pockets).

    Digitized Data Processing

    Course participants will learn how to prepare digitized data for subsequent reverse engineering or NC programming.

    Electrode Design

    Course participants will learn all the functions necessary for designing, documenting and managing electrodes.

    Exact Solid Preparation

    In practical examples, participants in this training course will learn how to create exact geometries for small parts (for example, trim and coining steels, blank holder attachments).

    Feature and NCSet Technology, Variables in Free-Form Design

    This training course is intended for Tebis key users who are responsible for improving their company’s level of automation with regard to free-form features. 

    Feature and NCSET Technology, Variables in Standard Geometry

    This training course is intended for key Tebis users who are responsible for improving their company’s level of automation with regard to standard geometry features.

    Feature Design and Rigid NCSet Methods

    This course is intended to train Tebis users how to work with features (manufacturing information) and NCSets (machining sequences). 

    Installation and configuration

    This training course is intended for key Tebis users who install and manage Tebis software in their company.

    Lathe Contour Preparation

    Participants in this course will learn how to create parametrized sketches from which rotationally symmetrical models can be derived quickly and easily.

    MES ProLeiS 4

    In this MES software training session, participants will work with ProLeiS 4. 

    Programming with virtual machine

    Course participants will use virtual machines to learn how to plan, check and optimize manufacturing processes.

    Reverse Engineering

    This course teaches participants the standard functions for reverse engineering, including fitting of standard geometries. 

    Surface Design Plus

    Participants in this course will learn about the time-saving functions for designing profile, extension, shift, fill and class-A surfaces.

    Surface Modeling

    Course participants will learn how to optimize surface structures, surface contours and transitions.

    Surface Morphing

    Course participants learn how to deform surface models based on various morphing rules.

    Tebis Base

    Participants in this basic training course get to know Tebis software. The user interface and handling of CAD data and importing external data via interfaces will be learned. 

    Tool management

    This training course is intended for key Tebis users who install and manage Tebis Tool Management in their company.

    Turning

    Course participants learn how to generate toolpaths for 2-axis turning and drilling processes.