Radiometers provided calibrated irradiance (W/cm²) and energy density values (J/cm²) in one to four bands. Profiling Radiometers also provide the irradiance profile (W/cm² as a function of time) which is useful to further understand the UV conditions and compare UV systems.

Equipped with the most modern, accurate systems that drive and steering technology offers today. Mediums rarely behave the same way, environmental conditions are significant for the behavior of liquid changes. This is why there is virtually no standard application in dispensing.

Designed for even more product changes per day, an even bigger range of components, increasing requirements for placement accuracy, speed and availability combined with high quality – naturally adaptive – engineering.

The A6000 is a hardware/software system designed to assist in-line SMT production and find missing components, component errors, polarity errors, and rotation and offset faults. It is intended to minimize machine errors and human errors before they multiply in production. The hardware part includes a chassis carrying an XY axis system equipped with a camera producing high quality images and capable of inspecting all types of electronic components in top view, up to chip 01005 format. By automatically comparing a sample or the entire production, ExtraEye reduces operator fatigue and helps maintain stable and compliant production.

ExtraEye is a hardware/software system designed to assist operators of all levels in the FAI production head validation process.The hardware part includes a chassis with motorized X/Y axes carrying a camera producing high quality images and capable of inspecting any type of component in top view up to chip 01005 format. By presenting an image of the assembled components in relation to BOM details as well as assembly drawings, ExtraEye significantly improves inspection speed, reduces operator fatigue and therefore provides accuracy of 100% inspection.

FoxSign fully understands that our success is attributable to our customers and the society to which we all belong. As a global citizen, FoxSign is determined to make significant contributions to society various accessible process equipments through the experiences and technical abilities we already have.

Our service covered 4 main Deflash processes:

1. Electrolysis Deflash – ED
2. Chemical Deflash – CD
3. Water Jet Deflash – WJ
4. Wet Blasting Deflash – WB

The GAR1200 is an in-line router machine specially designed to route (depanelize) large panels with PCB size up to 350mm x 310mm into individual units. It is a fast, space-saving, and accurate machine designed for high volume production with minimal operator participation. It has two worktables. While one of the worktables is in high-speed routing operation, the other worktable works with the robotic P&P module to unload boards and load the new PCB panel. This gives us 100% operational uptime without the issue of load/unload time. Using a high-resolution CCD camera and GAR user-friendly Windows-based software allows users to program the routing paths in minutes. There are also no limitations in the number of programs stored. GAR1200 uses high-quality components and a welded steel structure to ensure rigidity and high performance. All the axes and linear guides used are protected from dust and dirt to increase lifespan and performance.

The RBM is a sophisticated and versatile fully-automated dual station de-panelling system. It is fitted with an auto conveyor width adjustment feature and also has various other tools to optimise the routing process based on your workflow.

The GSR series standalone routers are designed to be high performance and cost-effective solutions to meet your PCB depaneling requirements. The system allows continuous routing without stoppages and has a user-friendly software that allows the user to program the routing paths within minutes. Key components are protected from dust and dirt to increase machine performance and lifespan.

Our BlueLight^® Flash System is our new solution offering >log 4 reduction at high speeds without using harmful chemicals or mercury based light sources, it has been specifically designed for food packaging disinfection of liquid and viscous food including beverage bottle caps.

The LightHammer^® series of smart UV curing systems is Heraeus Noblelight’s most advanced, incorporating solid-state power supplies and internal sensors to monitor real-time system performance. Solid-state power supplies reduce energy costs and provide simple and flexible control schemes via software versus traditional hardware.

Heraeus Noblelight Invented Microwave-Powered UV Curing System

Heraeus Noblelight invented microwave-powered UV curing system technology. Compared to arc lamp curing technology, it offers significant improvements in production speeds, process consistency, operating lifetimes, and reduced heat onto the substrate. Heraeus Noblelight’s easy-to-service modular design provides process flexibility with lower cost of ownership.

Our air- and water-cooled UV LED curing product portfolio offers different power classes and lamp head sizes to fit various industrial applications. To suit your process best, we have wavelengths from 365 nm to 405 nm available. Not only do we offer appropriate controlls and cooling systems, but also customized solutions to meet the customers unique needs.

Heraeus Noblelight offers a broad range of UV low-pressure lamps manufactured from high quality quartz glass for disinfecting water, air and surfaces.

Heraeus Noblelight invented microwave-powered UV curing system technology. Compared to arc lamp curing technology, it offers significant improvements in production speeds, process consistency, operating lifetimes, and reduced heat onto the substrate. Heraeus Noblelight’s easy-to-service modular design provides process flexibility with lower cost of ownership.