For twenty five years, our company has specialized in the manufacturing of cleaning and cleanliness testing systems for the electronics assembly industry. Aqueous Technologies equipment utilizes our planet's purest substance, water, for the removal of harmful ionic residues. It is our mission to continue developing environmentally conscious equipment which assists manufacturers with increasing product reliability.
We continue our effort to "make the world a better place". Just a few short years ago, we introduced zero discharge defluxing / cleaning systems. Today, our zero discharge cleaning systems save both water and energy, reducing our industry's environmental impact.
Our company has grown by considerable measures over the past twenty four years, both in size and philosophy. That growth has been cultivated through interactions with our customers, advisors, employees, and colleagues. We welcome any ideas and feedback and are thankful for the opportunity to make a difference in the world and within this industry.
Trident removes all contamination and residues from post-reflow circuit assemblies. When assembly and flux residues are removed, so is the chance for electro-chemical migration (ECM) failures. Clean assemblies are more reliable assemblies.
Trident is equipped with built-in process monitoring technology whereby desired cleanliness levels may be programmed, producing consistency in assembly cleanliness levels. Simply program how clean your assemblies should be and Trident will monitor the real-time cleanliness levels and control the cleaning process until your assemblies meet your level of cleanliness. Cleanliness results are displayed on the operator interface and must be acknowledged before assemblies can be removed from Trident. Cleanliness results are stored in the SPC management system and may be searched and retrieved anytime via the built-in SQL multi-query database.
Trident is available in zero and low discharge configurations. Zero discharge Tridents (Trident CLO & ZDO) recycle and reuse all process fluids (wash solution and rinse water) and do not require separate recycling systems. Low discharge Tridents (Trident LDO) recycle wash solution and discharge only filtered rinse water.
By choosing zero discharge models (Trident ZDO/CLO), the need for a discharge permit is eliminated as is any potential environmental liability.
Trident High-Yield models (DUO, TRIO, QUAD) are equipped with multiple asynchronous process chambers providing high throughput and process flexibility while maintaining a low operational cost and small footprint. Trident High-Yield models can produce more throughput than inline cleaning systems at a fraction of the operational costs. All Trident high-yield models are available in zero and low discharge configurations.
Trident's detailed advanced SPC capabilities allow all assembly serial numbers and process data to be captured, including set and actual cleanliness levels. Available 1D and 2D barcode scanners capture and input assembly serial numbers. Process data is fully searchable via the internal SQL multi-query database. Searched SPC data may be viewed on-screen, remotely, and exported as an XML file.
Trident, and all other Aqueous Technologies products, are designed and built in California. Trident's quality is a combination of our materials selection and our absolute dedication to build a product that is rugged yet beautiful, sophisticated yet simple, powerful yet quite, and fast yet small. Trident's rugged stainless steel plumbing, spray pump, solution tanks, and spray distribution systems allow Trident to operate with the widest selection of cleaning chemical additives at temperatures required for thorough cleaning. Aqueous Technologies has manufactured fully automated cleaning / defluxing systems for twenty four years with more than four thousand machines sold. Trident has been our most successful model receiving eighteen prestigious industry awards.
Today's Zero Ion is designed to meet the cleanliness testing challenges associated with modern circuit assemblies. The Zero Ion is capable of extracting and quantifying assembly contamination levels per IPC J STD001 TM 2.3.25, NASA-STD-8739.1B sections 7.2-7.5, and other military specifications.
The Zero Ion utilizes Dynamic Measurement Technology which increases the accuracy of the test by maintaining test fluid sensitivity throughout the testing process. The Zero Ion was determined to be the most sensitive tester available by the US Navy. Because any cleanliness tester can only quantify contamination it extracts from an assembly, the Zero Ion utilizes an effective cross-flow extraction process, subjecting the circuit assembly to rapid fluid currents, assisting in the extraction, solubilization, and quantification of assembly residues.
The Zero Ion performs accurate cleanliness testing without needing to heat the test solution. Ambient temperature cleanliness testing eliminates the need for heaters, eliminating warm-up times while increasing equipment and operator safety. The Zero Ion's proprietary extraction process and dynamic measurement technology provide high levels of accuracy without the need for heat.
The Zero-Ion utilizes dynamic-based technology. This means the test solution is continually re-deionized during the test. The continual re-deionization process assures a high degree of solvent sensitivity during the test. In addition, the Zero-Ion utilizes an aggressive spray under immersion "flow-stream" to dislodge contamination from under components.
StencilWasher harnesses the power of sound waves to effectively remove raw solder paste and uncured adhesives from stencils, screens, and misprints. StencilWasher's 40 kHz sweep-frequenty sound generators provide a safe and effective cleaning environment for both stencils and populated misprint assemblies.
StencilWasher Ultrasonic Stencil and Misprint Cleaning System
Aqueous Technologies manufactures three StencilWasher models. All three are capable of removing any type of solder paste from stencils and misprinted assemblies.
Frequently Asked Questions Regarding Cleaning Misprints (more info HERE)