Desktop engineering - lightning fast!
T-Flex low-cost PLM delivers the high-end
product design, simulation and manufacturing tools normally
found in much more expensive platforms. The T-FLEX
PLM suite includes 3D assembly management, testing
and simulation, CNC manufacturing, industrial
2D drawings and more. T-FLEX CAD special
hybrid combination of direct freeform & parametric
solids/surfaces modeling can create virtually any 3D
shape! Parameters can be saved to user-customized
dialogue boxes. Assembly simulations animate moving
models for checking if designs function as planned. T-Flex further allows users to
include shapes directly imported from SolidWorks, Solid Edge, Parasolid,
STEP, IGES and Autodesk Inventor files.
DOWNLOAD T-Flex 3D CAD software 30 day full trial
T-FLEX CAD/CAM Interface: Easy to Use but Powerful!
Powerful interface with work
mode select, text commands, toolbars and
menus. Work the way you want!
Right-click context menus
speed you along the design process, offering
commands relevant to selected geometry.
Context step by step help for
current command using the "F1" key at any
time. Tutorials & demo parts
T-Flex 3D Parametric Part and Assembly Design CAD
T-Flex CAD software sports a unique proprietary
vector construction method for creating feature
profiles. Constraints can be assigned either implicitly,
"on the fly" or explicitly from context-sensitive
right-mouse-button options and T-Flex's powerful
relation and expression language. A full library of 2D and 3D
standard parts and common geometry can be fully
customized, including the user defined input dialogues
and external database connectivity. T-Flex is a hybrid
parametric modeller, allowing free-form manipulation of
both parametric solids and surfaces. SolidWorks SLDPRT
files, Rhino CAD software, Solid Edge .PAR, Autodesk Inventor and many other
legacy models can be read directly into the software.
T-Flex offers a simple open-architecture,
multiple-document interface (MDI) and is available in
T-Flex Integrated CNC Milling, Lathe Turning and Wire EDM Machining
T-Flex integrated CNC machining CAM software manufactures the
designs created or imported in T-Flex CAD. Users enjoy
fully-associative multi-axis milling, router, punching, lathe
turning, drilling, engraving, wire EDM, plasma, flame and laser
cutting. Precise mould and die, core and cavity, insert
and slide machining can be finished from the same
interface with a wide variety of CNC secondary
operations. Trichordal toolpath adjustment for high
speed milling offers various spiral options to help
eliminate dangerously sudden changes in tool direction. Custom post-processors and user-definable
tools allow machinists to specify virtually any cut.
Integrated 3D toolpath verification helps machinists visualize
the actual cut.
Flexible enough to meet most corporate, professional,
hobby and DIY CNC machine software requirements.
T-Flex Kinematic Simulation and Assembly Motion Dynamics
The real world laws of physics can be
applied to full T-Flex assemblies from within the T-Flex
interface. Using "virtual prototyping" what-if
scenarios, engineers can analyse if their designs will
work before their being manufactured. Constraints like
joint, friction, gravity and impact may be applied to
implicit Parasolid contact types without manual contact
definition. A wide variety of interactions can be
applied, such as spring or damping elements, actuation
or control forces, etc. Combining physics based motion
with T-Flex assembly data can be used to investigate
diverse problems involving hydraulics, pneumatics, gear
motion and control systems, robotics, and more. Special
"sensor" element pairs can measure reaction forces at
T-Flex Multiphysics Linear Static Stress, Vibrational and Thermal FEA
Powerful 3D Multiphysics Finite Element Analysis software
offers detailed thermal, static linear stress,
vibration, buckling and fatigue study of T-Flex models.
The analysis is tied associatively to the model
geometry, so that when a change is made in model
topology, the FEA model and constraints are updated with
it. T-Flex FEM meshing is automatic and completely
adaptive to even the most complex geometry. Analysis of
various kinds can be combined, and results can be seen
with a variety of customizable post-processing
visualizations, graphs and reports. Easy help and
documentation shows how to create the analysis.