The optical post from LBTEK is manufactured from non-magnetic 303 stainless steel with precision polishing. The post features an M3 tapped hole at the bottom and a removable M3 stud at the top. There is a Ø2.4 mm through-hole on the side, which provides greater torque when tightening components. The Ø6 mm stainless steel optical post is directly compatible with Ø6 mm post holder.

The Ø6 mm post holder from LBTEK features a rotation base with countersunk slots and M6 head cap screws, providing 360° rotation base for maximum flexibility when mounting components on optical platforms. For height adjustment, the holder base incorporates a through-hole that post allows full bottom through-access, meeting minimum beam height requirements.

The PRA1 post holder base from LBTEK is designed for the FPH05 series flexible post holders. It can be directly threaded into the bottom of FPH05 series flexible post holders and features a length 17.7 mm M4 mounting slot for post holder attachment. The base includes a Ø6 mm through-hole at its center, allowing full bottom through-access, meeting minimum beam height requirements.

The Ø6 mm flexible post holder from LBTEK features a 360° rotatable flexible clamp block, enabling installation or removal of set screws from any direction when mounting two posts side-by-side. First, secure the vertical displacement of the post, then lock the rotation of the flexible clamp block, enabling fine adjustment of rotation after height fixation. Once the set screw is fully tightened, the flexible clamping block becomes non-rotatable. For height adjustment, the holder base incorporates a through-hole that post allows full bottom through-access, meeting minimum beam height requirements.

The Ø6 mm post holder from LBTEK features a rotation base with countersunk slots and M3 head cap screws, providing 360° rotation base for maximum flexibility when mounting components on optical platforms. For height adjustment, the holder base incorporates a through-hole that post allows full bottom through-access, meeting minimum beam height requirements.