How to Choose the Right Power Press: A Buyer's Guide From a Manufacturer
Buying the wrong press is an expensive lesson. After four decades of building presses in Ludhiana, this is the five-step method we wish every buyer used. Step 1 — Calculate Tonnage For blanking: perimeter multiplied by sheet thickness multiplied by shear strength, plus a 20–30% safety margin. For forging: size to the projected flash-line area multiplied by flow stress at forging temperature — not part weight. Step 2 — Pick the Frame Under 100 tonnes with hand feeding, a C-fra
1 day ago1 min read
H-Frame Power Press: When the Job Outgrows Your C-Frame
Why Frame Geometry Matters A C-frame press is, structurally, a spring. Load it and the throat opens — the ram tips backward relative to the bed. At 30 tonnes on light gauge this is irrelevant. At 100 tonnes and above with a precision die, that angular deflection means punches enter dies off-axis, cutting clearance goes non-uniform, and one side of the die wears twice as fast. The H-frame's four-corner symmetry closes the force loop and keeps ram-to-bed parallelism under full
1 day ago1 min read
Forging Screw Press: Precision Forging for Fasteners, Axles, and Railway Parts
Forging screw presses are the machine of choice for precision closed-die forging where repeatability decides quality. From high-tensile fasteners to railway track fittings, the same principle applies: identical energy per blow means identical parts. Applications High-tensile bolts and studs, axle and transmission components, railway track fittings such as elastic rail clips and fishplates, crane and lifting hooks, and defence-grade forged blanks. The Precision Advantage Screw
1 day ago1 min read




