Zone: Single-Spindle Screw Machines

Ingenuity Drives Single-Spindle Shop

Single-spindle automatics Ideas for improvement are always welcomed here. Some of the most notable results have come from the merging of new technology with older, reliable equipment.

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Want To Do Medical Work? Set Up To Perform 2/19/2007 Production Machining: This Midwest manufacturer has found its niche in machining parts for the medical industry. Much of its success is attributable to its efficient use of single-spindle CNC turning centers. However, the company prefers to talk about what happens when the tool touches the metal, and let the results speak for themselves.
Swiss Democracy 9/19/2006 Production Machining: Many builders of Swiss-type moving headstock machines have introduced models that do not require the use of a guide bushing to support the workpiece.
Ingenuity Drives Single-Spindle Shop 6/19/2006 Production Machining: Ideas for improvement are always welcomed here. Some of the most notable results have come from the merging of new technology with older, reliable equipment.
Changing Products With Higher Quality And Productivity 9/14/2005 Production Machining: Advanced Secondaries, Inc. has an unusual position in the marketplace. By making specials from standard screw machine parts or cold-headed parts for the past 30 years, this company has found its comfortable niche.
Shop Jumps Into CNC Machining 9/14/2005 Production Machining: Although this shop was already established and highly successful, it recently decided to make the "jump" into CNC machines, acquiring three new machines.

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Screw Machines - Single-Spindle

The historic advantage of single spindle automatic lathes is high volume production. These machines are able to bring several tools into the cutting zone simultaneously.

The advantage of this processing technique is reduction of parasitic time from tool changing and indexing and other non-cutting movements. Lower overall cycle time for workpiece production is a net result of using this class of machine tool.

As lot sizes have diminished the traditional cam actuated axis motions for these automatics is being supplanted by CNC servo driven axis actuation systems in many applications enabling the user to more quickly changeover the machine to reflect lower volume-higher mix demands.

In many cases a properly setup cam actuated automatic delivers a faster per part cycle time than a CNC machine. However the reduced setup time from job changeover provided by the CNC machine, often makes the overall job processing time between CNC driven machines equivalent or better than cam actuated automatics.