Traditional camera housing production requires at least two separate operations: bending sheet metal on a press brake or folder, then manually fixturing the bent part for welding. This machine integrates both processes—automatic feeding, precision bending, and resistance welding—into one continuous cycle. The workpiece never leaves the machine between operations, locking in positional accuracy from bend to weld.

CCD camera housings demand sharp, clean corners not just for appearance, but because excess material in bend radii wastes internal volume and can interfere with PCB and sensor mounting. This machine's bending mechanism delivers tight, consistent bend radii across the full workpiece width without cracking, thinning, or surface marring. Whether working with 0.5 mm stainless or 1.5 mm carbon steel, every corner comes out identical.

Thin-wall camera housings are highly distortion-sensitive. Excessive heat input warps flat surfaces, throws off lens-mount faces, or creates housings that won't seal properly. This machine's resistance welding system delivers concentrated, controlled energy—sufficient to produce strong, continuous weld seams without warping or discoloring surrounding panels. The result is housings with flat mounting surfaces, straight edges, and clean weld beads requiring minimal post-processing.

Camera manufacturers typically produce housings in several sizes—compact bodies for board-level cameras, standard enclosures for machine vision, and heavy-duty housings for outdoor surveillance. This machine accommodates various housing dimensions with quick-change bending tooling and programmable welding parameters. Switch between models in under 20 minutes—swap tooling, recall stored programs, and start running. Up to 101 welding programs can be stored, each with tailored current, timing, and sequence settings for specific housing geometries.

CCD camera housings are often visible in final products—particularly in surveillance and scientific imaging where enclosure appearance matters. This machine produces clean, uniform weld seams with minimal spatter, no burn-through, and consistent bead appearance. For housings requiring cosmetic finishes, post-weld grinding and polishing time is dramatically reduced compared to conventional MIG/TIG welding.

Forced water cooling on the welding transformer and electrodes maintains thermal stability during extended production runs. Servo-driven feeding and bending systems ensure repeatable positioning from the first part of the shift to the last. No overheating, no drift, no progressive dimensional deviation.