The case studies below demonstrate how our customers greatly improved their production output by automating their dispensing process with a robot. This produced repeatable, reliable processes without compromising on the quality of their end product.
Automated dispensing system increases lighting manufacturer’s throughput fourfold
Automotive and marine lighting manufacturer, Venta Global, needed a material that offered high levels of environmental protection as well as a method of automating their gasking process. Choosing to implement Wacker N2199 and a dispensing robot into their process, Venta Global significantly improved the performance and throughput of their lighting assemblies.
Improving quality while maximising productivity in gas sensor manufacture
Seeking a way to automate a manual and time-consuming mixing, metering and dispensing process for their carbon monoxide detectors, DD-Scientific Ltd chose to pair a preeflow eco-DUO with a Fisnar ADVANCE robot for increased throughput and improved repeatability.
Automated sealant dispensing proves a winner for innovative golfing product
An automated sealant dispensing system provided consistent and reliable results in this wearable technology application.
Precision dispensing helps electrical manufacturer to reduce waste by improving quality and yield
By switching to an automated dispensing system, this electrical manufacturer reduced scrappage and therefore improved quality and yield of their product.
Automated dispensing helps security manufacturer increase throughput and quality
GJD Manufacturing switched to an automated method of dispensing silicone for sealing a plastic lens to aluminium housing. By doing this, they improved the throughput and quality of their white-light and infra-red LED illuminators for the security industry.
CEM increases competitiveness with dispensing robot
Integrating a benchtop dispensing robot into flow line assembly for electronics allowed for a continuous production process. This resulted in reduced wastage, increased quality and increased output.