DataLyzer® Spectrum offers industry-standard operation under Windows® Windows7/Vista/XP/NT/ME/2000/98/95.

Hands free operation, import direct from CMM's, Vision systems, PLC's,

Built-in multilingual support (English, Spanish, French, German, Dutch, and Portuguese) for international implementation.

Real-time data entry and analysis for Variable, Attribute, Histogram/Inspection chart types provide instant feedback and response to process problems.

Quickly define characteristics to be charted. Duplicate parts and characteristics to build the database.

Define characteristic-specific measuring instructions to be accessed during data entry. This standardizes the measurement process and minimizes minute-to-minute supervisory involvement.

Work instructions which already exist can also be attached to each characteristic. Numerous file types are supported including: doc, jpg, gif, mpeg, avi, txt, xls, and many more.

Configure DataLyzer® to send E-mail alerts to engineers or management as soon data is collected out of control or exceeding specifications.

HTML report formatting allow posting reports to the web intranet.

Assign numerous parameters per part to collect traceability information for each subgroup. Examples include Lot#, Shift, OperatorID, etc. Parameters allow filtering specific conditions during analysis.

Document process problems using predefined 60-character cause or corrective action notes. A Pareto chart of these notes can be printed.

DataLyzer® Spectrum-SPC will automatically calculate control limits or they can be set manually by the user. Real-time statistical indicators show more than twenty alarm conditions in red, green, yellow and other color flags.

Store unlimited sets of stepped control limits to track intermittent process shifts. The user simply stops and restarts control limits by accessing a screen button labeled "CL Set" with a mouse or hot key.

User-selectable process shift and stratification analyses, including Western Electric run and trend rules, allow immediate detection of process shifts and nonrandom conditions within control limits.

Math functions can be used to manipulate current readings, constants, process parameters and other characteristics. This eliminates the need for recalculations during input. Entire subgroups may be derived automatically from functional combinations of other characteristics in a sequence.