JET JT9-587730 Model BC-30B 30" Bolt Cutter With Black Head Center Cut

Hardened Blades allow increased cutting longevity 350° Rotating Head designed to cut at any angle 6lb. tool is 50% lighter than traditional bolt cutters Well balanced in-line tool design improves operator posture when cutting Designed to cut soft steel locks and bolt seals up to 3/8" diameter (Lab Tested to cut TydenBrooks® Snap Tracker Bolt Seals) 6 Ton cutting force eliminates the risk of injury from manual high-force exertion Double-Click Safety Feature helps prevent unintentionally starting a cut LED Light illuminates work area for high visibility 18V Li-Ion 4.0 amp hour battery ...

Heavy-duty cutting power. Easily cuts wires and hard obstacles such as lead, battery pins, door bolts, screws, or rivets. The cutting edges are hardened with a thermal-treatment process that prolongs their useful life. Forged adjustable jaws. Compound leverage system applies greater strength with less effort. Jaw adjustment system using a lever and screws. Forged Chrome-Vanadium steel jaws with 57 to 59 °Rc. Forged steel handles with structural design offer great resistance.

S36 BOLT CUTTER Slim heads permit cutting close to surfaces Hardened jaws manufactured to assure the longest possible blade One-step internal cam mechanism provides the quickest and simplest way to keep the blades precisely aligned Handles and grips designed to allow greater mechanical advantage for crisp, controlled cutting

S24 BOLT CUTTER Slim heads permit cutting close to surfaces Hardened jaws manufactured to assure the longest possible blade One-step internal cam mechanism provides the quickest and simplest way to keep the blades precisely aligned Handles and grips designed to allow greater mechanical advantage for crisp, controlled cutting

Features: Cutting capacities up to 48 HRC hardness, robost cutting edges with hardness approx. 62 HRC Forged-on stopper with comfortable shock absorber Good access due to very flat contruction of head and joint area High cutting performance with minimum effort due to optimum coordination of the cutting edge angle, transmission ratio and ergonomic handle shape