In this video we look at two options for making adjustments at an early point in the feature tree. Edit by Rollback vs Edit Parameters.
Selection Priority within NX determines what gets selected and what the order of priority of that selection is for your tool.
After we developed the KONE, Able Brewing returned to have us create a high-quality reusable stainless-steel filter basket that would fit 80% of the coffee makers on ...
Gevenalle asked Sherpa to improve their shifter conversion kits. We developed a custom work holding to machine the off-axis holes that are in every ...
We recently took possession of the latest 3D Printer from Carbon, the M3 Max. Here we are running a test on some complex lattice designs with incredible performance ...
We needed to hard-mill some complex-shaped steel tooling after heat treat and so we added check grooves to the inspection surfaces.
NX CAD Tips and Tricks - Edit by Rollback vs Edit Parameters
In this video we look at two options for making adjustments at and early point in the feature tree. Edit by Rollback vs Edit Parameters Both options let you make an adjustment at the start of a project, but one will hide the other levels and the other lets you see the impact on the final output. Edit with rollback lets you click on the place you first created an extrude and the other features are deemphasized as you are rolled back in time. You can then make a change here as if you were first creating this feature and it will carry forward. Edit Parameter's does the same without deemphasizing the other features so you can see the impact of your change on the finished part.
NX CAD Tips and Tricks - Top Selection Priority
Selection Priority within NX determines what gets selected and what the order of priority of that selection is for your tool. When selecting an edge NX's default selection is "feature" - so when you highlight an object it will highlight and entire extrude. If you want to grab and edge you could use your quick pick, but another way is to change the top selection priority. You can change to edge for example and that will let you grab and edge of a part much easier. There are also hotkeys to make these changes. Watch this video for a quick walkthrough on this shortcut.
Designing the Perfect Coffee Filter
The Able Brewing Story: Keith Gehrke, co-owner of local Portland coffee shop, Coava, was home one morning attempting to brew with his manual drip Chemex Coffee Maker when he realized he was out of paper filters. So began the hunt for reusable filters, a hunt that ultimately led to the design of the KONE coffee filter. Keith partnered with Sherpa Design to create this successful consumer product. The business evolved (now called Able Brewing) and many years later they turned again to Sherpa for their consumer product design. This time the goal was to expand the filter line, creating reusable stainless-steel filters that would bring that amazing flavor to the rest of the coffee makers on the market. The Basket: The first new product was a flat-bottom filter basket that will work as a reusable filter in 80% of the coffee makers on the market.
Gevenalle Off Axis Drilling
Gevenalle asked Sherpa Design to improve their shifter conversion kits. One machining challenge arose when we attempted to create an off-angle hole in the shifters with our 4th axis machine. Sherpa developed custom work holding to hold multiple parts at once to maximize machine throughput. Creating an entirely new setup for each off-angle hole was time-consuming and carried the risk of misalignment. This could result in scrapped parts. Sherpa's NX CAM Machine Shop team explored innovative approaches for the production phase to resolve this issue. This video is showing the machining simulation (test run) of how we used a 4th axis rotary to machine the off-axis holes that are in every part, right and left-handed versions of shifters.
Testing the new Carbon M3 Max
This month we took possession of the latest 3D Printer from Carbon, the M3 Max. The M3 brings several benefits to our workflow including: - Self-Installable. The self-installation allowed for a faster start up and flexibility to move the machine around our lab as needed. - Force feedback and IR-based resin heating. This improves surface finish, speed, and our ability to resolve delicate features. - Increased build volume. With a platform over twice the area of our M2s, we’ll be able to print larger geometries and consolidate parts while using the same resolution. Build volume 307mm x 163mm x 305mm. Here we are running a test on some complex complex lattice designs with incredible performance properties. https://sherpa-design.com/capabilities/3d-printing/
5 axis DMU 50 at work
We needed to hard-mill some complex-shaped steel tooling after heat treat and so we added check grooves to the inspection surfaces. Our 5-axis DMU-50 did a great job machining this component of a larger inspection fixture assembly for a global manufacturer of mining and construction equipment.
https://sherpa-design.com/capabilities/manufacturing/