J&M Mold

To stay on top of the software developments we have upgraded to version 14 of Visi

See the attached pdf's from Visi for more info.

VISI-Mold provides us with a fast and accurate method of designing and visualizing mold assemblies.

This powerful mold design unit within the VISI-Series™ uses catalogue standard elements, 'user defined' components or mini-assemblies to quickly allow us to try different solutions, examine conflicts and optimize the tool design.

Mold details, sectional views (variable) and automatic plate detailing are all created from the 3D model. Assembly Manager is used to automatically generate the parts list.

Through its exceptionally graphic interface, J&M Mold saves time in producing drawings and a verified design, tailored precisely to the component being molded.

Integrated standard element database (Hasco, DMS, DME and many more).

Weight and volume analysis of cavity, core and plates.

User defined standard components.

Intuitive pick and build selection for easy tool design.

Complete Mold tool & component editing.

Full integration with 2D cad for plate and tool detailing.

3D cooling channel collision checking.

Automatic Electrode application.

Automatic slide assembly manager.

Intelligent locking of cylindrical components.

Automatic Parts list generation using Assembly Manager.

Visi Flow PDF

VISI-Flow combines in a revolutionary way the precision of the most advanced simulations with very short time for the preparation of the FEM model and the subsequent calculation. As the result of a development of more than 20 years, VISI-Flow rapidly studies all phases of the thermoplastics molding.

VISI-Flow helps our engineering staff design your mold so that it fills properly with trouble free welds, so that tolerances are maintained during cooling and after shrinkage, so that warpage problems are identified and corrected in the original design, and so that the cooling system works properly to produce consistent high quality parts at the fastest possible cycle time.

All design characteristics of a mold are considered in our VISI-Flow analysis - nozzle(s), sprue(s), runner(s), gate(s), and the number and layout of cavities for all types of injection molds.

This glass reinforced automotive radiator fan grill shows the degree and complexity of materials and shapes that can be analyzed. These simulation results for a sequential molding process show that surface defects due to weld flow lines were eliminated.	Optimal filling conditions Controlled product shrinkage, Proper flow welds, No air entrapments The control of sink marks Anticipated warpage and its control The best runner system (hot, cold, etc) The best material specification The best and/or the most available molding machine The fastest possible cycle times that don’t compromise product quality
	<< Warpage calculations: A – display of the nodal displacements to determine the planarity of the base B – 5x deformed shape placed over the model representing the mold cavity.

Visi 3d machining

VISI-MACHINING 2D: Integrated 2D Design and Machining provides the necessary design and machining tools for 2D milling, pocketing with islands, profiling and complex machining cycles for all drilling strategies on wire frame geometry.

This integrated wireframe modeler (VISI-Design) secures the easiest way of defining the part to be machined, as well as providing multiple import and export possibilities between various cad systems.

Integrated definition and machining of wireframe geometry.

2D Milling.

2D pocketing with multi Z height islands.

Helical and Thread Milling.

Automatic Facemilling operations.

Automatic draft angle for pockets and islands.

Automatic clamp detection & avoidance.

Revolution and Section Milling.

Complex Machining Strategies for any drilling cycle.

Fillet and Chamfer machining.

Manual Toolpath strategies.

Integral generalized post processor accommodating over 500 machine tool and control combinations.

VISI-MACHINING 3D: VISI-Machining 3D is a high level CNC programming system providing toolpath calculations and simulation directly on an integrated solid and surface modeling base. The package offers multiple gouge free machining strategies which cover the full range of geometric conditions required by complex parts.
Requiring minimal intervention from the production engineer, the system speedily calculates offsets and CNC codes for a range of tool shapes. Simulation of tool movements and solid, shaded representation of the final piece ensure error free machining and scrap reduction.
The integrated solid and surface modeler secures the easiest way of defining the part to be machined, as well as, providing multiple import/export possibilities between cad systems.
VISI-Machining 3D caters for all the High Speed machining requirements; optimized rapid movements, dedicated HSM strategies and batch processing of predefined machining sequences. Rest roughing removes large volumes of stock material prior to finish machining. This guarantees that the tool loading remains constant, benifiting the high speed milling operations.

Area clearance roughing strategies.

Automatic planar face detection.

Helical Constant 'Z' finishing with automatic step adjustment for planar areas.

Raster machining with optimized area detection.

Tool inclination for undercut machining.

Radial and True spiral machining.

True 3D step over machining.

Intelligent re-machining for residual areas.

4 axis machining.

3D tracing strategy.

Machining directly on imported STL models.

Integral generalized post processor accommodating over 500 machine tool and control combinations.

Made in the U.S.A.

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Last modified: 04/12/07

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Sales Flyer: Sales flyer in PDF.

J&M Mold

Send mail to webmaster@jandmmold.com with questions or comments about this web site. Last modified: 04/12/07

Send mail to webmaster@jandmmold.com with questions or comments about this web site.
Last modified: 04/12/07