Got the SIP MP-1H in today. Wasn't quite sure what to make of the strange head when I bought it, but now have most of it figured out (no manual with it).
The cool thing is the built in microscope and left/right sliding head. Assuming scribe marks or existing hole on your part you line up with the microscope cross hairs and/or circular graph and then move the head sideways to drill or bore ! Hardened stops keep the sideways travel dead nuts identical to the distance between the spindle center and the scope cross hairs.
No screw on the sliding head...it's a sort of cam arrangement such that you turn the handwheel on the right side of the head and the head moves quickly, gets close to stop and then the cam takes over and moves it slowly to the stop and locks the head in place automatically. So you can go back and forth between using the scope and center drilling fairly quickly and easily, aligning the cross hairs with scibe marks, lining up existing bores, etc.
Do any other jig bores or grinders work this way ? Only one I've ever seen like this. I think this machine could take Rivett to the next level...nano rollet skates and lock sets...completed works that would take a microscope just to view !
Z axis handwheel broke off (front, below table, left side), otherwise seems pristine so far.
There is a small circular flourscent light that surrounds the scope lens underneath.
Squirrel cage type fan in the base that pumps air thru a hose into the spindle motor in the head. A small outlet with spring closed door near where the hose enters the head. Anyone know what that is for ?
The tooling is tiny...no. 1 Morse taper size. The one boring bar I got with it mounts on the *outside* of the spindle taper..interesting concept.
The cool thing is the built in microscope and left/right sliding head. Assuming scribe marks or existing hole on your part you line up with the microscope cross hairs and/or circular graph and then move the head sideways to drill or bore ! Hardened stops keep the sideways travel dead nuts identical to the distance between the spindle center and the scope cross hairs.
No screw on the sliding head...it's a sort of cam arrangement such that you turn the handwheel on the right side of the head and the head moves quickly, gets close to stop and then the cam takes over and moves it slowly to the stop and locks the head in place automatically. So you can go back and forth between using the scope and center drilling fairly quickly and easily, aligning the cross hairs with scibe marks, lining up existing bores, etc.
Do any other jig bores or grinders work this way ? Only one I've ever seen like this. I think this machine could take Rivett to the next level...nano rollet skates and lock sets...completed works that would take a microscope just to view !
Z axis handwheel broke off (front, below table, left side), otherwise seems pristine so far.
There is a small circular flourscent light that surrounds the scope lens underneath.
Squirrel cage type fan in the base that pumps air thru a hose into the spindle motor in the head. A small outlet with spring closed door near where the hose enters the head. Anyone know what that is for ?
The tooling is tiny...no. 1 Morse taper size. The one boring bar I got with it mounts on the *outside* of the spindle taper..interesting concept.