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A vise has one job and one flaw. It has to hang out past the front edge of the bench, because that is where the work is — and that is also the space you need for everything else. So a shop ends up with a permanent obstacle, or a vise that gets lifted on and off until nobody bothers. This mount answers differently: the vise swings down and tucks under the bench, and when you let go of it, it does not drop. It comes down at its own pace and stops where it stops. ※ Key Features & Innovation Highlights: ▪ ※ **The strut does not hold the vise up. It balances it.** A gas strut is a sealed cylinder of nitrogen pushing on the area of a piston rod, so the force it makes is pressure times area, and it stays almost flat across the whole stroke — a coil spring, by contrast, gets stronger the further it is compressed. That flatness is what makes counterbalancing possible: the strut can be charged to match the weight of the tool at the angle where the tool is actually used. As the arm swings, the strut's leverage changes with the geometry while the load's leverage changes too, and the arm settles where the two agree. Nothing is being held by a latch. It is being held by arithmetic. ▪ ※ **The unhurried descent is damping, not magic.** Inside the cylinder, gas moves from one side of the piston to the other through a small orifice, and a quantity of oil sits in there to lubricate the seal and cushion the ends of the stroke. That orifice can be metered differently in each direction, which is why an arm like this is easy to lift and slow to fall: pushing the rod in can open a bypass, while letting it out has to squeeze through the restriction. The oil also carries away the heat of that throttling, and it is that conversion of falling energy into heat which stops a heavy tool arriving at the bottom at speed. Remove the damping and the same strut becomes a catapult in one direction and a hammer in the other. ▪ ※ **Nothing in this joint is a lock, and that is the point.** The hinge pin carries the tool's weight and the working loads; the struts only take that weight off your hand. The split is deliberate. If a strut loses its charge, the vise droops — it does not part company with the bench, because it was never hanging from the strut. A gas strut is also a wear item: its force falls as the seals lose gas and as the workshop gets cold — roughly a third of a percent per degree Celsius, enough to notice on a winter morning. And the working position depends on a positive stop, not on balance, because a vise under a hammer sees loads far beyond its own weight. ▪ ※ **A vise is a cantilever, so the pivot is where it lives or dies.** Clamping force multiplied by the distance out to the jaws is a bending moment, and that moment has to go somewhere: through the jaw casting, along the arm, into the pivot, out into the bench. A swing joint adds a pair of bearing surfaces where a bolted vise has none, so the pin, the bushings and the metal around them get sized for the moment rather than for the weight. That is why an assembly holding one vise looks overbuilt. Play in that joint does not stay invisible either — it arrives at the workpiece as chatter, and a file starts skipping instead of cutting. The bench top matters for the same reason: a thin top flexes under the moment, so the load needs spreading with a plate rather than trusting four screws into particleboard. ▪ ※ **What folding away buys, and what it costs.** The gain is obvious the first time you need the front edge of the bench clear — a full sheet, a long clamp, an assembly laid out flat — and it is bigger than it looks: the alternative is not a clear bench but a bench with a vise bolted to the middle of it. There is an ergonomic gain too: a heavy vise gets lifted far less often. The cost is honest. A swing mount is a compliant joint where the rigid version is a solid one, so for heavy striking some users still prefer a bolted vise; the fold path is a pinch zone; and a tool that disappears under the bench is a tool you will one day leave hanging while you look for it. Good mounts answer all three with a stop, a handle you have to hold, and a resting position that is out of the way. Practical Notes: - Test the balance with your heaviest jaw load at working height before you trust it. - If it starts falling faster than it used to, suspect the strut's seal, not the hinge. - Keep hands clear of the fold path; the closing gap is the pinch point on any swing mount. - Mount the strut rod-down where the design allows, so oil stays against the seal. - Spread the mounting load with a plate — a thin top flexes, and the vise answers with chatter. - Never use the strut as a clamp, a stop or a jack. It balances weight and nothing else. - Check the pivot for play periodically; a worn bushing shows up as a shaky file long before anything breaks. A swing mount must be rated for the tool it carries and the work it will see; follow the manufacturer's mounting and load limits.

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