Now that we’ve improved the two fundamentals of multi-spindle production, being able to place the part repeatedly in the same position at every index, and being able to deliver the cutting edge to the same point every time, we can leverage some of this machine’s unique CNC abilities to deliver

The new Davenport HYBRID is the future of Davenport Multi-Spindle machine tool technology. It incorporates the best of the mechanical versatility you would come to expect from Davenport, and adds to it the CNC Technology you need to address today’s most difficult manufacturing challenges.

The new Davenport HYBRID is the next generation of Davenport Multi-Spindle machine tool technology. It incorporates the best of the mechanical versatility you have come to expect from Davenport, and adds to it the CNC Technology you need to address today’s most difficult manufacturing challenges.

Screw machines simultaneously cut materials using a number of tools mounted on a spindle, yielding small final pieces. At the heart of these machines is a drum that operates multiple spindles, each of which rotates horizontally to perform tasks on the workpiece.

In today’s ultrafast internet environment, companies have an incredible number of options for their purchasing dollars.  Why choose Genuine Davenport OEM Replacement Parts?

The 1605-SA Pneumatic Collet Chucking unit is an update to the classic lever operated chucking mechanism. On machines equipped with pneumatic control systems, the addition of this unit can be a great way to improve the user experience and remove a possible source of error. On standard lever actuated chucking

The 5020-20-SA is a member of a series of parts designed to make functions of a traditional Davenport Machine more accessible from the outside of an enclosure. Increasingly strict safety standards require more operations to take place behind walls of enclosures and integrated door interlock systems to keep users safe.

This is an update to our standard 5080-34-1-SA Locating Lever Assembly. The new assembly features precision needle bearings in place of the older tapered bronze bushing design. The old design required intermittent adjustments in order to keep the locating lever stud tight. If the bushings weren’t adjusted correctly, the revolving

The Davenport Screw Machine enclosure has recently undergone a variety of improvements to enhance the overall user experience, as well as to bring the machine into compliance with modern safety standards.  With improved noise abatement and the addition of the door interlock system, the enclosure now offers a safer, code