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How to Make a Knife Using a Hydraulic Press
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Lauri Vuohensilta’s YouTube channel stands out as a prime example of such weird and wonderful content online; his use of a hydraulic press t……
Lauri Vuohensilta's YouTube channel stands out as a prime example of such weird and wonderful content online; his use of a hydraulic press to smash all sorts of stuff with riveting results has become the stuff of legend online. Watch his most-mesmerizing video yet here.
A knife's blade can be composed of various materials. Carbon steel and stainless steel are among the more frequently utilized options; other popular choices may include walrus ivory, mammoth tooth, bone, oosik or antler.
No matter if or why you own a hydraulic forging press, Lauri Vuohensilta's YouTube channel is worth your while if only for entertainment value alone. He uses his press to smash an incredible variety of items with rivets; it is truly mesmerizing. While many blacksmiths may use hammers instead of presses when moving steel around, presses are essential pieces of equipment used by major industrial operations - as well as used to forge metal into different shapes in smithing shops.
In his most recent video, he uses his 144-ton hydraulic press to turn an ordinary wrench into an eye-catching blade. Not content to just smush the wrench into shape, he took great care in shaping and sharpening it - producing an eye-catching blade capable of cutting through anything imaginable. While not as impressive as damascus blades, the hydraulic press offers another opportunity for bladesmiths. Check out the video below to discover more about this fascinating piece of machinery!
Hydraulic presses can be one of the more challenging and hazardous aspects of making knives, with their equipment capable of dispensing hot stock at great speed and potentially injuring users. Therefore, many blacksmiths try to stay away from using one. There are other methods available to create handles without using one; such as using fly presses or treadle hammers - though their effects won't be as fast or provide as much pressure than their hydraulic counterparts.
Forging to shape requires much steel removal, which can be achieved using files or belt grinders. A quality belt sander will speed up this process while decreasing manual labor requirements. In addition, you will require an effective bench vise in order to secure your work as it moves through the forge or smithing process.
Micarta is an excellent way to create knife handles. Consisting of layers held together by resin, micarta can be easily formed using fabrics or sheet materials impregnated with resin before placing between two oiled plates on a press for hardening overnight.
Though not as efficient, stock removal can make an excellent knife handle and is generally safer than forging. Still, however, experienced smiths should only attempt this process. Either way, be sure to regularly check your press for cracks or wear as well as put only items into it that you are sure about placing in it.
Hydraulic presses are machines that harness liquid's compressive force to exert great compressive force. They work by placing a plunger and ram between two interconnected cylinders and applying moderate force on either end, pressing hydraulic fluid beneath them against their plunger, which forces its piston upward in the ram's piston rod, which crushes anything placed in between them.
There are various kinds of hydraulic presses, each designed to suit specific purposes. From applying pressure over an extended period in compositing materials to producing pharmaceutical tablets in mass quantities. Some can even be used for forging metal properly to avoid injuries.
Before purchasing a hydraulic press, it is wise to do your research online. Reviews and videos provided by users who have had experience using similar machines may provide helpful insight. Ideally, a good hydraulic press should feature well-designed construction with sturdy frames capable of supporting heavy loads as well as an easily maneuverable base with sturdy feet for stability and maneuverability.
There are various kinds of hydraulic presses, but all operate the same way. Their power comes from a pump that generates pressure - usually measured in tons - which then applies pressure onto a ram that presses against material being forgered.
The bolster is the bottom weldment on a hydraulic press that sits within its frame and connects directly to either a tool or die. It may include features such as tapped holes and T-slots to facilitate tooling or holding devices; some hydraulic presses even come equipped with both die cushions and knockout rams in addition to this component.
If you have never witnessed a hydraulic press in action before, YouTube's Lauri Vuohensilta from Hydraulic Press Channel offers some incredible videos of his 144 ton hydraulic press in action forging various items. He makes them both mesmerizing and mesmerizingly captivating!
Folding knives must feature some form of locking mechanism to secure their blade when closed, and different locks may fit different styles or serve different functions.
Liner Locks - Liner locks are among the most widely-used lock designs, featuring one or more blade liners cut out and bent to form a spring that engages the back of the blade tang when opened, locking it securely into place. This spring can also be adjusted to adjust how tight or loosely locked is the blade. Although strong, these liners don't usually qualify as being considered ambidextrous because user fingers often get in the way when closing it.
Frame Locks - Another popular design using the handle as the frame, frame locks are a popular choice among knife users who require heavy duty knives. A lock bar extends along the spine of the blade and rests against cutouts in both parts to secure closure of the knife. Thickness differences on either side of the frame tend to reduce flex and increase strength for increased strength during heavier usage - they are perfect for heavier duty use but may require both hands to release without difficulty depending on whether or not your handles were made specifically for such release! Frame locks may make for good choices among heavy users but require two hands release in order to fully unlock and release from closed position once locked closed!
Axis Locks and Their Derivatives - Benchmade's Axis Lock is an innovative type of lock featuring a titanium lock bar insert which bolts securely to one end of the bar and interacts with a relief cut on the blade tang for seamless engagement, eliminating wear on engagement while being extremely strong and long-term reliable. This design can help eliminate one common drawback of lockbacks: wear on lock face caused by engagement.
Other locking mechanisms include thumb studs and stop pins. Manufacturers such as Spyderco have created unique compression locks that use thumb studs as both opening and locking elements, creating a very smooth action with no blade play. Other lesser-known locking mechanisms may also prove just as effective; in certain jurisdictions it may even be legal to carry folding knives that don't lock open!