31 July 2024Manufacturing / Production Technology, Hardware & Services
The CompaCLEAN by PBT Works is a PCB cleaning system for standard SMD assemblies. Utilising a traditional dishwasher style loading, the CompaCLEAN provides the type of cleaning many users are accustomed to, while minimising the shadow effect because of the system’s unique linear tangent spray technology.
PCBs are loaded into trays like plates into a typical kitchen dishwasher tray. The tray is then inserted on rollers into the washer machine. The machine can handle medium-volume runs, and uses an independent closed loop system with dedicated pump and filter for each individual process step.
The four-step process starts with the wash cycle where parts fixed in an oscillating basket are washed from top to bottom by a water-based cleaning agent using a system of fixed spray nozzles in a fully closed loop system. The second and third stages involve the rinse processes. The machine performs the first rinse down to low conductivity level. It then goes on to perform a second rinse using high-purity deionised water. Finally, the parts are dried using a convection-based hot air oven.
The CompaCLEAN system is easily adjusted for cleaning any size and shape of parts by selecting various clamping solutions for larger or smaller PCBs. A single or double basket also aids in providing additional capacity when cleaning.
Mill-Max expands organic fibre plug receptacle lineup Spectrum Concepts
Manufacturing / Production Technology, Hardware & Services
Mill-Max has announced additions to its organic fibre plug receptacle line, covering a wide range of lead sizes and offering early engagement/dual entry capability.
Read more...Seven habits of highly efficient PCB designers ASIC Design Services
Editor's Choice Manufacturing / Production Technology, Hardware & Services
Design habits that expedite design completion, improve design quality, and enhance productivity are instrumental to highly efficient PCB design. This article lists what designers can do to succeed.
Read more...Perfecting your PCB with DFM analysis ASIC Design Services
Manufacturing / Production Technology, Hardware & Services
From layout to manufacture and testing, a single fabrication holdup can cost a business untold amounts in lost productivity.
Read more...New DFM Analysis solution for PCB layout designers ASIC Design Services
Manufacturing / Production Technology, Hardware & Services
This user-friendly DFM solution allows you to perform fabrication analysis effortlessly through the cloud-based Valor DFM engine.
Read more...Fighting AOI false calls MyKay Tronics
Manufacturing / Production Technology, Hardware & Services
If the Automated Optical Inspection process is not perfectly controlled and adequately tailored to your SMT process, a significant number of false defects may appear in production.
Read more...Accurate signal integrity analysis for PCB designers ASIC Design Services
Manufacturing / Production Technology, Hardware & Services
Fast, easy, and accurate signal integrity analysis enables designers to efficiently manage rule exploration, definition, and validation, ensuring engineering intent is fully achieved.
Read more...Best practices in PCB design ASIC Design Services
Manufacturing / Production Technology, Hardware & Services
Best practices in PCB design – The 5 pillars of digital transformation for PCB design.
Read more...Online DFM analysis for better products, faster ASIC Design Services
Manufacturing / Production Technology, Hardware & Services
This user-friendly DFM solution allows you to perform fabrication and assembly analysis effortlessly through the cloud-based Valor DFM engine.
Read more...High-speed inspection technology Techmet
Manufacturing / Production Technology, Hardware & Services
Optimising parts such as cameras and processed image data, and coordinating each component’s operation, are vital to a correctly functioning high-speed system.
Read more...Next-gen rectangular wafer technology
Manufacturing / Production Technology, Hardware & Services
Traditionally, wafers are circular, resulting in wastage at the wafer’s round edges; moving to rectangular wafers increases the usage ratio to around 95%.
printer friendly version