Products
ISCAN (Intelligent Scaleable Control Area Network) architecture is based on Field Bus technology, which transmits packets of information digitally and is the basis for today's modern telecommunications systems. When this principle is applied to printing systems, ISCAN enables machine control, translating to economic efficiency.
According to Mick Bartholomew, manager of DEK's electrical design team, "Communication with the machine is now more advanced... Instead of just turning a motor on or off, ISCAN lets us send a message to tell the motor how far to travel, at what speed, acceleration and deceleration. In turn, the motor can reply, telling us that it has reached position, how accurately the velocity profile was followed, the amount of current that was used and much, much more. We can now read power supply levels and check circuit status without even opening up the machine. And, all this information is additionally accessible remotely via the Internet using DEK's Interactiv system."
The intelligent communication allows for trend analysis, which can monitor overall machine health and predict routine maintenance
FRANKLIN, MA, Nov. 15 - The MPM Accela screen printer has a completely new design and operator interface, and reportedly delivers raw throughput gains of 20 to 30%. This is aided by a parallel processing setup in which all axes move simultaneously. The machine is designed for applications such as cellular phones and automotive.
The new platform is said to
- Reduce setup, changeover and consumable downtime (to 5 minutes from 20), and features tool-free hardware interfaces
- Deliver equipment robustness, ease of operator use, and a module level design with CanOpen controls, with no tools needed to switch from pumps to blades.
- Feature easy service, support, and upgrade capability, all within the same footprint as previous MPM printers.
- Offer 0.0005" accuracy for alignment and repeatability, and 0.001" print accuracy.
- Handle higher density, more complex boards as well as lead-free manufacturing requirements.
- Board sizes handled are 2 x 2" to 20 x 20", and thickness of 0.15 mm to 12.7 mm and up to 7 kg (15 lbs.).
The printer has been awarded two U.S. patents, and nine others are patent-pending.
ALPHA EF-8000 lead-free no-clean wave solder flux claims to provide excellent first pass yields, worry-free in-circuit testability and excellent electrical reliability in lead-free and tin/lead wave soldering applications. IPC rated ROL0, exceeds the Bellcore and JIS standards for electromigration and surface insulation resistance, as well as more stringent electromigration and bulk insulation resistance requirements from leading OEMs.
"ALPHA EF-8000 flux creates a new industry standard for broad latitude application, because it withstands the higher PWB surface temperatures required for successful lead-free soldering, but it is fully capable for use in standard tin-lead applications," said Mitch Holtzer, global product manager. "In addition, it can be qualified now for emerging lead-free requirements, and used in lead-free or tin lead production lines."
Low rosin content minimizes flux residue buildup on pallets and wave soldering equipment normally associated with high (>10%) rosin flux formulas.
Cookson Electronics Assembly Materials, alphametals.com
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