Can your drill machine change speeds on-the-fly?

Part Program Library	ethernet	SmartParts	ethernet	DNC UltraServer	RS-232 DNC1.3/4	Drills & Routers
Standardized part programs reside on the CAM fileserver.		Feeds and speeds, G93 offsets, and command translations, specific to each machine and job type, are processed by the SmartParts server.		The DNC server sends fully-configured programs to the drilling and routing machines.

SmartParts features
• Automate and reduce operator input and reduce it to minimum
• Reduce set-up times
• Improve drill-room operating efficiency and reduce scrap
• Process control feeds & speeds
• Processes CNC programs per-machine - allows full use of each machine’s drilling capabilities
• Provides advanced machining functions
• Program tuning for different machines
• Reduces dependency on CAM scripting

Automate all operator inputs
• Feed & Speed tables
• Machine offsets (G93)
• Special machining – slots, circles
• Tracking – Machine specific ID & operator ID
• Implements process changes immediately
• Pecking commands

Q: What does SmartParts do?
A: SmartParts automatically fine-tunes your CNC drill and rout programs, as they're being downloaded to your CNC drillers and routers.

Q: How does SmartParts work?
A: SmartParts works like a Novell or NT file server.
It runs on an NT-4 computer, connected to your CAM network and your DNC server(s). For each CNC download, your DNC requests the part program from SmartParts. SmartParts reads your standard, archived CNC program, modifies it for the requesting machine, and sends it to the DNC system.

Q: How does SmartParts solve the drilling process control problem?
A: By automatically managing all feed and speed parameters.
SmartParts "knows" the spindle speed capabilities of each machine. You tell SmartParts what type of job each part number is by adding one simple command to each part program. When a drilling machine downloads a part program, SmartParts adds the correct feeds and speeds (and hitcounts and Z-offsets, etc) parameters for that job running on that machine. So, with SmartParts, every job always runs with the right feeds and speeds.

SmartParts even solves the problem of running special tools like slotting drills or short-fluted drills with different, special parameters. This surpasses the capabilities of even the most sophisticated new CNC's. With SmartParts, this works on every type of machine.

Q: What else can SmartParts do?
A: A lot, from drilling machine ID's into every panel to variable-cusp slots.
SmartParts offers numerous process improvements. One good example is drilling either coded or plain-text labels into each table load, identifying the machine, operator, time, and date that the load was drilled. This is great for tracking down problems caused by the operation of an individual machine.

Another SmartParts productivity-enhancer is its variable-cusp nibbled slot algorithm. With SmartParts, you can specify how smooth or rough you want your nibbled slots to be. Rougher slots plate better and drill faster, while some customers prefer the smoothest slots they can get. With SmartParts, you can specify a different edge finish for each slot, and the slots run equally well on older and newer drilling machines.

Q: What does SmartParts do for laser drilling?
A: SmartParts eliminates all manual data preparation!
SmartParts can completely prepare laser drilling programs for the Hitachi Mark-20L controllers. This includes complete control of fiducial placement and style directly from the CAM system. It includes automated laser recipe selection from your own data and processes. It includes all positional offsets and orientations. In short, SmartParts makes your laser drillers a "pushbutton" operation.