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Product Overview
SigmundStacks is a Tolerance analysis software that enables engineers to evaluate, optimize and validate assembly build quality, relative to piece part tolerance and assembly process variation early in the development phase before design solidification and hard tooling procurement. SigmundStacks prevents costly tweaking delays at ramp-up as well as long-term variation problems.
SigmundStacks enables engineers to quickly and efficiently evaluate the one-dimensional (linear stacks) effects of component tolerances and assembly process variations on the quality of manufactured products.
Features
Wide range of statistical distributions.
Benefits
SigmundStacks includes five methods of analysis along with the ability to create studies that can be driven either by build objective or by individual piece part tolerances. SigmundStacks even includes a powerful utility, which automatically optimizes all tolerances in a given model. These features accelerate an engineer’s understanding of the combined effects of component tolerances and assembly variation on a final assembly’s quality. Some of the key benefits associated with SigmundStacks are:
Mechanical design and consulting by R.C.K. Tech. Your resource for engineering consulting, contract design with engineering research and development services.
Below are some photographs of projects I have worked on and my Solidworks portolio. Click on any photo for a larger view. If you have any questions or comments please do not hesitate to contact me.
Problem Facing Plastic Manufacturer:
How can we help:
R.C.K. Tech provides Digital prototyping and injection molding simulation services. Providing in-depth validation and optimization of plastic parts and associated injection molds, we will help you study the injection molding processes in use today. Plastic injection molding is used automotive, consumer electronics, medical, packaging industries, we well help you reduce the need for costly mold rework and physical prototypes, minimize delays associated with removing molds from production, and get your innovative products to market faster.
Plastic Flow Simulation
Simulating the filling and packing phases of the injection molding process, to better predict the flow behavior of melted plastics and achieve higher quality manufacturing. Now we can optimize gate locations, balance runner systems, evaluate processing conditions, and predict and correct part defects. Mold makers can simulate the effects of non-uniform mold temperatures, determine optimized valve-gate timing sequences, and compare flow through hot versus cold runner systems.
Early Optimization
R.C.K. Tech will guide designers, mold makers, and engineers through simulation setup and results interpretation to show how changes to wall thickness, gate location, material, geometry, mold designs, and processing conditions affect manufacturability. Geometry
support ranging from thin-walled parts to thick and solid applications helps to experiment with “what-if” scenarios before finalizing a design. This ability to evaluate different scenarios throughout the entire product development cycle results in higher quality products. We will help “get it right the first time,” to avoid the cost and time delays that frequently occur during the manufacturing phase.
Extensive Plastics Database
We use state of the art software with the largest material databases of its kind. With access to over 8,000 grades of commercial plastics with up-to-date and accurate material data, manufacturers can more easily evaluate various material candidates and have greater confidence in the simulation results, better predicting molded part properties that could affect performance.
In-Depth Simulation
In-depth simulation capabilities will help you tackle even the most difficult manufacturing problems. Providing a high degree of confidence in simulation results and support for even the most complex geometry, we will help you engineers predict and avoid potential manufacturing defects before mold tooling is created, minimizing costly overruns and production delays and accelerating time to market.
Mechanical design and consulting by R.C.K. Tech. Your resource for engineering consulting, contract design with engineering research and development services.
R.C.K. Tech is a consulting engineering firm specializing in cost effective solutions to demanding engineering problems. We provide analysis services ranging from structural, stress, Crash Simulation and NVH simulations. We routinely solve difficult linear and nonlinear problems when others cannot. Our clients come from all sectors: Automotive Industry, Consumer manufacturing, and general industry.
For stress analysis and thermal analysis problems which require a finite element analysis (FEA), we typically employ the Nastran, LS-Dyna and ABAQUS. These software are the industry and the preferred tool for linear or nonlinear stress analyses
Mechanical design and consulting by R.C.K. Tech. Your resource for engineering consulting, contract design with engineering research and development services.
Typical Applications
Functional prototype part before committing to injection molding tooling or high volume machining.
Custom one off a kind projects like jigs and fixtures where only one or maybe a few parts are required.
Rapid prototyping is being used in just about all industrial sectors, although there are probably more applications in the automotive industry than any other. This is not surprising, however, given the intense global competitive pressures that are being experienced by automotive firms.
3D printing is a form of additive manufacturing technology where a three dimensional object is created by laying down successive layers of material. 3D printers are generally faster, more affordable and easier to use than other additive manufacturing technologies. We give product developers the ability to print parts and assemblies made of several materials with different mechanical and physical properties in a single build process. Our Advanced 3D printing technologies yield models that can serve as product prototypes.
By uploading your 3D computer file and constructing from it a series of cross-sectional slices. Each slice is then printed one on top of the other to create the 3D object.
To upload your files you must register with us simply enter a user name and your email, a confirmation email will be sent to you with a password and a link to confirm your registration. Once you confirm your registration you go to login and go to our home page and click on upload file link on the top menu.
Here you can find Easy to understand Training video lessons for CATIA V5. These Tutorials are ideal resource for CATIA training from a beginner to practicing professionals. Tutorials cover Sketcher, Part Design, Assembly Design, Surface Design, Drafting and sheet metal.
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