Enotech GFK’s Post

Here's a tutorial on how we burn and prep our screens for production here at Sharprint! 🎨

The purpose of the low-speed mold close control on a molding machine is to? A). Reduce cycle time B). Improve molded part consistency C). Protect the mold from damage D). All of the above C - Most of the clamping distance in a mold should be done at high speed to reduce cycle time. However, the final mold closing must be done at low speed to avoid mold Damage!!! HAPPY HALLOWEEN Please Like, Share, & Subscribe to the channel. SMASH THE LIKE BUTTON

Snake-skin chatter. It sort of looks like fish-scale chatter. It’s not fish-scale chatter. It’s snake-skin chatter. If you’re traverses the workpiece, it could look like 1N out-of-balance chatter. It’s not 1N out-of-balance chatter. It’s snake-skin chatter. For traversing, it could look look like self-excited regenerative chatter. It’s not self-excited regenerative chatter. It’s snake-skin chatter. Here's how it works. https://lnkd.in/d8JB9mYg Take the Grinding Doc’s course and get a copy of the 3500-page Book of Grinding to learn more. www.TheGrindingDoc.com.

How to use a Carta PLOTT Wheel

In this lecture, students will learn about Vernier Callipers and its parts. Students will learn how to define the Least Count of Vernier Callipers? Moreover, students will learn the short questions being asked in the exams. https://lnkd.in/dVMPjpAy

"Movement Pattern Analysis with Firetail 'Quick Facts'" - A new tutorial video for #Firetail!

To determine the force required to move the 100 kg weight using the pulley system shown in the image, we need to analyze the mechanical advantage provided by the pulleys. ### Mechanical Advantage In the given system, there are four pulleys arranged in a compound pulley system. The weight is divided among multiple strands of rope, each supporting a portion of the load. The mechanical advantage (MA) of a pulley system is determined by the number of rope segments supporting the load. In this case, we need to count these segments. #### Counting the Supporting Rope Segments: 1. The first pulley from the left has 2 segments. 2. The second pulley from the left adds another segment. 3. The third pulley from the left adds another segment. 4. The fourth pulley from the left adds another segment. This gives a total of 4 supporting rope segments. Therefore, the mechanical advantage (MA) is 4. ### Calculating the Required Force To find the force required to lift the weight, we divide the total weight by the mechanical advantage. Given: - Weight is 100 kg - Acceleration due to gravity is 9.8 m/s² First, we convert the weight into force. The weight of 100 kg under the acceleration due to gravity (9.8 m/s²) results in a force of 980 Newtons (N). Then, we divide this force by the mechanical advantage of 4. This calculation shows that the required force to move the 100 kg weight is 245 Newtons (N). Thus, the force required to move the 100 kg weight using the given pulley system is **245 Newtons (N)**. #Physics #MechanicalAdvantage #Pulleys

Another outstanding DIY video in the books! This time I explain how to replace a crank handle and cover on a V3000 casement window! https://lnkd.in/eNgaeWJf

Lost in the laundry labyrinth without a manual? Fret not! Navigate through the twists and turns of your machine mysteries with our user-friendly manuals available on partsking.com #partsking #nashvilleTN #laundrysupplies #coinlaundry #internationalshipping #laundromatparts #onestoplaundryshop #onlinepartsmanual