America's largest cutting tool distributor continues to offer tap testing as a service. Our five year exclusive agreement with them has ended and we are now free to offer the very same award winning solution under our own brand name of SpeedCast tap testing kits and AI-powered Dashboards.
Over five years and thousands of tap tests the following results were published:
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This video illustrates the challenge. It shows six different tool assemblies and tool path strategies, each machining the same feature on the same machine. The cycles times of each vary widely. Selecting the wrong tool and strategy in the beginning could compromise production for years to come. SpeedCast Tap Testing with AI-generated Dashboards and VirtualRunoff® is the answer to find the right tool and running it at the right speeds.
Milling is the largest cutting segment accounting for 40.2% of all tools purchased. It also removes the most material and therefore has the largest impact on your profitability. It is the most difficult of all metalworking applications and is prone to chatter.
With tap testing and Dashboards, you will know where every tool assembly in your shop wants to run. Setup times will be slashed. You will spend more time making parts. If someone brings you a new tool to try, you won't have to tie up valuable spindle time. Tap test it and know immediately if it is better or not.
Ever quote a job and after winning it find out you can't run the tools as fast as you thought? Ever lose a job because your quote speeds were too conservative? No more, if you have Dashboards of your milling tool assemblies. You will know before you bid how they will perform.
Use VirtualRunoff® to compare up to four tap tested tool assemblies at a time to find which one will perform the best for your current application. Use the air cutting factor to adjust MRR for different tool path strategies. You can use VirtualRunoff with your tool library to search and compare tool assemblies and machines direct from the Viewer app.
A comparison of six premium toolholders holding the same endmill in the same machine yielded performance that ranged 5X from the best to the worst. That means your machine could run five time better or five times worse solely based on the choice of toolholder. Tap testing will tell you the answer in minutes.
Controlling chatter and creating stable, robust processes will reduce the need for safety stocks in vending machines and in your tool crib. Consumption will be more predictable and consistent month to month.
The majority of the time the tool is more flexible than the part. Stabilizing the tool is enough. However, as fixtures become more extended from the table and are made of less rigid materials like aluminum, you can also tap test the part to find speeds that are stable for both the tool and fixture.
If you use resharpening or special tools, tap testing is vital. You can tap test new and resharpened endmills to find a stable speed for both so both can be co-mingled in inventory. No more huge performance drop offs with regrinds. Special tools have no speed and feed data. Tap testing will give you the correct parameters before the first cut.
In this study the same tool was compared using speeds and feeds recommended by the chart in the manufacturer's catalog. The tool chattered and need to slow down to be stable. The same tool was tap-tested and the Dashboard provided parameters that improved metal removal by a factor of five.
If you have to move a job you can't simply post the program to a different machine. The stable speeds and feeds will be different. Instead of spending hours or days trying to find them through trial and error, you can instantly with a tap test kit and Dashboards.
Because of marketplaces like Xometry, the industry is moving away from a model where you calculate your costs and bid on a job to one where the price is pre-determined by an algorithm and you have to decide if you can make it for that at a profit. Even if your customer is not using a marketplace you can bet they are looking at one to check your price. Make sure you can beat the algorithm's cycle times by using tap testing and Dashboards.
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Check with your machine tool dealer or cutting tool supplier. Many have kits and provide this as a service. You can also rent a kit from us.
It is very easy to learn and use. Here is a video. We have a comprehensive online training program that has be successfully used by over 200 individuals. Basic training takes just a few hours. If a CNC machine tool is not available to train with, a Bridgeport or drill press will also work. Our SimpleMilling™ application makes it very easy to take the first measurement.
Tap testing is a proven and validated technology, so we don't need to offer free trials. We do offer a $1250 30-day rental. If you are a small shop you can use this rental to tap test and generate Dashboards for all your milling tools.
Yes, it works well on these applications for 3/8" and large cutters.
SpeedCast is exclusively for milling, the largest of all metalworking applications and the one most prone to chatter.
The kits are guaranteed for as long as your subscription is active. If your kit fails during that period, we will replace it via our Repair-by-Exchange program. The guarantee does not extend to consumables (cables, tips, wax and glue) or to replace lost components.
We have a chat function under the SUPPORT tab that will answer most questions and those it cannot will be immediately escalated to a live support engineer.
Two primary reasons: (1)The SFM recommendations from tooling manufacturers are too conservative. Did you know that the speeds were determined using turning tests? Turning is in the cut constantly while with milling the teeth are in and out of the cut giving them time to cool. Milling tools can handle much higher speeds than the charts say. (2) The speed and feed charts can often give parameters that will chatter. The response to chatter is to slow down. We often find much higher stable speeds.
Staggering the teeth or varying the helix angle does make an endmill immune to deflection and vibration. They are not 100% rigid. They still have speeds that are good and speeds that should be avoided. They still have depth of cut limits that can be optimized using the combination of tap testing, Dashboards and Harmonizer.
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