This unit is used to invert PCBs (180°) for “double-sided” process.

Faulty boards can be lifted up for visual inspection without interrupting the PCBs flow.

This unit is used for restacking of PCBs from the production line.

This unit is used for loading of substrates, leadframes or carriers.

This unit is used when a passage way is required in a production line (fully automatic).

This unit is used to redirect flow of PCBs into different channels in a production line.

Key Features

• Surrounded with covers to provide highest level of safety
• User friendly ‘soft touch’ LED membrane control panel
• Swift, smooth and precise operations (frequency inverter controller)
• PCB traffic flows can be customized
• Smooth and parallel width adjustment
• SMEMA compatible

For customers with preference of traditional dishwasher style machine, CompaCLEAN provides the type of cleaning many are accustomed to while minimising the shadow effect thanks to unique linear tangent spray technology. PCBs are loaded just like plates into a typical kitchen dishwasher.

Key Features

• Small Footprint
• Single Basket or Double Basket
• Easy Loading
• Basket Oscillation
• Uniform Tangent Spray
• Shadow Mitigating System
• Adaptive Rinse
• Closed or Open Loop
• Low Running Cost

This machine is a budget solution for anyone who does not expect to clean PCBAs on daily basis. Typically Research and Development centres, prototyping, start-ups and very low volume producers would find this machine sufficient to achieve great results.

Application: Standard SMD Assemblies. Capacity: Small Volume Contamination Solubility: Easy to Moderate

Key Features

• Uses self- rinsing cleaning agents – no waste water problems from rinse
• Motor-driven spray-arms rotate simultaneously. Cleaning without risk of damage even to very thin and fine stencil
• Safety clutch and rotation monitoring of spray manifolds assures safe process and protection of stencil against damage from incorrectly placed stencils
• Spray chamber equipped with special automatically controlled exhaust/inlet air flaps. Hermetically closed during spray
• Efficient drying with hot air circulation and controlled ventilation through exhaust/inlet air flaps
• Compact design with very small floor space requirement
• Easy transport even through 80 cm doors

Ideal machine for customers looking for the best cleaning results without the need for automation or very high throughput. Best solution for medium to low quantity of complex products that need to be cleaned perfectly. Application: High Density SMD Assemblies Capacity: Low to Medium Volume Contamination Solubility: Easy to Hard Handling Handling with the parts to clean is simple and safe. SuperSWASH III Reloading Stand

PCBAs are reloaded on the dedicated reloading stand. Operators reloads frames directly into machine chamber. This minimizes downtime to zero and provides comfortable time for reload.

Key Features

• Ultimate cleaning performance
• Easy operation
• Zero drain concept
• Linear direct spray for equal washing
• Hot air knife direct dry
• Illuminated glass door chamber for visual process control
• Quick changover to Twingo – double capacity configuration
• Wide range of standard and customized PCBA fixtures

The Phoenix series is designed to offer the flexibility required for QA. R&D and engineering process development. The Phoenix is a quite simple and virtually any measure size without sample cutting sample cutting preparation. Light-weight means simple control device and simple handling. Phoenix adopted USB type camera. Easily connect to laptop and desktop computer with Surfaceware software.

Key Features

• Software working on Windows 7/8/10 32bit
• Preview function for rapidly capture image
• Contact angle measurement range: 3- 180°
• No required cutting sample
• Data export to Microsoft Excel
• Available to connect to notebook or desktop PC via USB port
• Analysis of plasma treatment to increase the wettability of polymers surfaces
• Adsorption / Wettability of powder and pharmaceutical products

The AOP platform is the most flexible and modular Solarius solution for all kinds of customized measurement tasks. Depending on the indivisual task, it can be equipped with different 3D measuring sensors out the entire available technology portfolio, many sizes of motion systems and customized software. Its flexibility supports a wide variety of applications and working environments and can be tailored to meet each customer’s requirements.

Sensor Types

• Chromatic confocal point sensors
• Chromatic confocal line sensors
• Confocal matrix sensors
• Interferometric matrix sensors
• Focus variation matrix sensors
• Point triangulation sensors
• Line triangulation sensors

The modular AOP platform can be equipped with all availabe non-destructive measurement technologies, including chromatic confocal point and line sensors, confocal area sensors, laser line triangulation sensors, interferometric sensors, and 2D camera systems. Height resolutions down to the single nm are supported same as high speed measurements of up to 80,000 points in 130 milliseconds. Vibration isolation and a lateral measurement range up to 500 mm or more make the AOP the best solution for all kinds of measurement tasks.

The new Polaris Desktop 3D surface measuring system from Solarius enables highly accurate and precise 3D imaging of surfaces. While the Polaris and the Polaris Plus are equal in accuracy and precision, the Polaris offers a cost effective variant for many applications. The Polaris Plus expands the scope of application due to its extensive equipment, which supports in particular simple automation of the measurement tasks.

Key Features

• Highest optical and digital resolution
• Diffraction limited imaging
• Reliable technology
• ISO compliant roughness values
• Non-contact measurements
• Maintenance-free and robust

Sensor Types

• Confocal area sensors
• Interferometric area sensors

The Solarius Polaris 3D measuring system is based on the spinning disc confocal technique, proven over many years. In the design and calculation of the optics, great importance was attached to a physically optimal diffraction limitation ofthe optical system, which allows for accurate, precise and repeatable lateral measurements even in structural areas far below one micrometer.