Introducing the Gensonic a manually operated ultrasonic transducer unit for cleaning stencil apertures. Gensonic Stencil Cleaning The Gensonic can be used either directly on the printer or the stencils can be taken to the Gensonic Stencil Cleaning Centre. Screen printed solder pastes tend to compact and trap particles into aperture corners and Lead Free solder pastes, that are less dense, tend to demonstrate this tendency even more. www.gen3systems.com Features: Safe & Simple to use To clean effectively requires both cleaning chemistry and mechanical agitation. Direct Ultrasonic Contact cleaning is the ultimate way to clean SMT stencils. Employing a 40kHz ultrasonic generator, the single transducer head cleans with great efficiency even in tougher applications such as partially set glues. Adhesive residues can be easily and effectively removed from laser cut stencils; misprinted boards can also be thoroughly and repeatedly cleaned. Stencil cleaning using Gensonic typically demands less than 50ml of cleaning solution per stencil thereby reducing environmental impact and cost. No risk of stencil damage Typical 3 minute cleaning cycle Suitable for both stainless steel & plastic stencils Cleans Solder paste or SMD Adhesives Gen3 Accepts both foils or framed stencils B2, Armstrong Mall, Southwood Business Park, Farnborough, Hampshire, GU14 0NR. UK Telephone: +44 (0)12 5252 1500 • Fax: +44 (0)12 5252 1112 • Email: [email protected] E&OE GENSONIC Stencil Cleanin

Gensonic cleans stencils more effectively “Solder pastes, especially lead-free pastes
tend to become compacted and trap
particles, blocking fine apertures and deforming aperture corners. Using proven industry cleaning solution and the Gensonic ultra-sonic transducer directly on the stencil, even the smallest tightest pitch apertures can be cleared and perfectly cleaned. Many users have foundover 40 years, recognised leaders in Gen3 – for that their conventional cleaning systems with80% challenges for high reliability dealing are the to 90% effective, leaving the smallest most sensitive apertures...