The Shaughnessy Report: Solving the Data Package Puzzle
Fresh PCB Concepts: Key Considerations for Reliability, Performance, and Compliance in PCBs
Elementary Mr. Watson: Navigating RF—A Glide Path Approach to Design Success
T-Tech Releases IsoPro 3.2
September 16, 2015 | T-TechEstimated reading time: 1 minute
T-Tech, the manufacturer of the Quick Circuit line of rapid prototyping systems, has released IsoPro 3.2 software. This is the first major software release this year.
From user feedback our customers asked for an Isolation program which could produce Isolation data in G-Code format. IsoPro 3.2 provides these services allowing a company the opportunity to manufacture printed circuit boards on the Quick Circuit, in house, within an hour from the time the schematic and layout are completed.
The Contact-by-Touch software feature for the Quick Circuit QCJ5 is new and improved. You can now calibrate the depth of cut with the tool touching off the surface of the material in an average of five seconds from the time the tool has changed. This kind of precision calibration has never been achievable on a rapid prototyping machine before.
The real-time milling progress within IsoPro 3.2 is greatly enhanced. This allows the operator to automatically align multilayer PCBs in their lab. From over 10,000 customer installations in over 78 countries, scientists, electrical engineers and technicians now have an improved capability to produce prototype circuit boards in an environmentally friendly fashion.
For more information about IsoPro 3.2, contact sales@t-tech.com or call 800-370-1530.
You can also learn more about IsoPro 3.2 at PCB West in the Santa Clara Convention Center in Santa Clara, California. T-Tech is located in booth #500.
Share on:
Suggested Items
BEST Inc. Offers Complete Portfolio of Electronic Component Salvaging Services
05/12/2025 | BEST Inc.BEST Inc., a leader in electronic component services, is pleased to announce they offer a complete range of electronic component salvaging services. With more than 20 years of BGA salvaging experience, BEST has the knowledge, skills, and proper equipment to reliably remove and prepare components for later use in the assembly of printed circuit boards.
Accurate Circuit Engineering: Be Nimble, Quick, and Open to Change
05/12/2025 | Marcy LaRont, PCB007 MagazineJames Hofer, general manager of Accurate Circuit Engineering (ACE) in Southern California, shares his insights about his specialty, quick-turn company, the market, and the interesting times in which we find ourselves. James remains optimistic about bringing manufacturing back to the United States and takes great pride in the work that ACE does to support military, defense, and aerospace. As James looks toward a prosperous 2025, he reflects on his 40 years in the business and learning that the secret to success is not trying to be everything to everyone.
ASC Acquires Cutting-Edge High Vacuum Plugging Machine CF 200 to Expand Via Fill Capabilities
05/12/2025 | American Standard CircuitsAnaya Vardya, President and CEO of American Standard Circuits and ASC Sunstone Circuits, has announced that the company has acquired and installed a state-of-the-art ITC Intercircuit CF 200 high vacuum plugging machine at its West Chicago manufacturing facility. This latest investment further strengthens ASC’s ongoing commitment to advanced manufacturing, precision engineering, and industry-leading process automation.
Hunting for Clues: Feng Xue Solving Circuit Board 'Crimes' With AOI Standard
05/08/2025 | Linda Stepanich, IPCWhen residents in sleepy English villages needed a top-tier detective to solve a murder, they called on Belgian super-sleuth Hercule Poirot, author Agatha Christie’s fictional detective famous for using his “little grey cells” to solve crimes. In the same way, IPC standards development committees, when creating a standard to detect defects in circuit boards using Automated Optical Inspection (AOI), call on IPC A-Team, Hercule.
The Right Blend: Mixed Wireless Technologies
05/08/2025 | Kirsten Zima, Siemens EDAA common trend recently is to employ as many radios as possible on a single PCB. With the increase of wireless standards and the downscaling of PCB size, it can be difficult to know what the most critical design parameters are to focus on. In this article, we’ll discuss the most important considerations to make when designing with mixed wireless technologies, such as Bluetooth, GPS, and Wi-Fi, on a single PCB. These considerations include antennas, frequencies, FCC compliance, shielding, and layout with and without transition vias.