Ophthalmic Laser Head Bracket

Mechanical isolation performance of the Ophthalmic Laser Head Bracket directly impacts beam stability during ophthalmic procedures that involve patient movement or dynamic table-mounted configurations. The bracket integrates decoupled mount planes and elastomeric dampers that attenuate mechanical resonance across 10–200 Hz frequency bands typical of surgical environments. Structural eigenmode optimization via finite element analysis ensures the bracket does not amplify vibrational harmonics introduced by positioning arms or HVAC-induced table micro-vibrations.  

Ophthalmic Laser Head Bracket is designed for deterministic reattachment of the laser head after disassembly without requiring re-tuning of the beam path. This is achieved through the use of high-precision dowel-pin referencing, matched-machining on mounting faces, and tolerance-controlled bore concentricity to within ±5 µm. These features allow technicians to perform lens cleaning or fiber maintenance with guaranteed repositioning of the laser source in its exact mechanical envelope.