Actionlaser’s micro-perforated LaserScreens and tubes surpass other screening materials in applications where separation efficiency, throughput, resistance to wear and damage, easy cleanability and reduction in maintenance costs are important factors.
Our high performance LaserScreens are used as components in centrifuges, self-cleaning systems, pan filter and bead dryer applications, sieves, aerators, support grids and a wide range of other process applications, and machinery. Our advanced laser perforation technology is also applied in the production of custom tubular product and other filtration media, including gas sparging tubes, jigger tubes and FDA approved food cylinders; and melt discs used in plastics recycling.
As a global supplier, we service customers (typically OEMs and aftermarket services) throughout Australia/New Zealand, Europe, North America, Africa and Asia.
30 years of continuous innovation in laser drilling.
We love a Challenge!
We have a proud 30-year history of R&D partnering with OEMs to develop innovative process solutions. We are frequently challenged to laser perforate new products that seem impossible. Often, we succeed.
Our unique manufacturing process, where every LaserScreen is produced independently, supports incremental prototyping. This is highly beneficial for many start-ups and established companies in developing new filtration systems where screen trials are imperative.
Talk to us today about your process challenge!
Compared to conventional chrome-nickel screens, ActionLaser's stainless steel laser screens have been proven to deliver major operational savings through increasing sugar yield by limiting molasses purity rise across continuous centrifugal machines.
The combination of superior chrome adhesion to stainless steel; tougher steel material versus ‘softer’ nickel; and shorter slot sizes, enables our LaserScreens to resist premature slot enlargement – by both wear and slot deformation.
Alcoa Australia use Action Laser's stainless steel pan filter screens as 'best practice'. Laser screens perform on a 'like-for-like' basis with cloth screens.
The key benefits of LaserScreens are the average lifespan of up to seven years; greater operational flexibility; reduced downtime/outage, and elimination of the Health & Safety risks associated with cloth screen replacements.
Our soy and tofu extractor screens are being increasingly used in large tofu factories in Asia.
Our LaserScreens are competitively priced and easily customised to optimise separation efficiency and plant throughput. Customised options include different aperture diameter, open area, chrome wear layer, and metal thickness.
Our laser screens are used in Amiad Water Systems' innovative TEQUATIC Plus Filter system.
Delivering operational efficiencies in water reuse, the filtration system is designed to filter dirty water (containing high solids) for further use in processing, without the need for constant plugging.
Filtered water is utilised in food and beverage manufacture, abbattoirs, industrial laundries, industrial water treatment and Oil and Gas (fracking water).
We supply OEMs and aftermarket with melt discs fitted to industry-leading polymer and plastic processing and recycling machines, including EREMA and MAS melt filter replacement discs.
Designed to withstand high load, high pressure and extremely hard wear, our melt discs are used in the processing, filtration, and cleaning of various grades of recycled plastic materials.
Many manufacturers of scraped surface self-cleaning filters use Actionlaser Laser Screens, ensuring that contamination can be easily removed from liquid product. Supporting continuous operation, typical styles include a Plunger scraped style or Internal rotating scraper style (filtering inside to outside) or External scraper type, filtering outside to inside. The smooth working face, tapered apertures and sharp aperture edges deliver improved screen life and scraper life, reduced screen clogging and higher throughput, and improved performance when the process stream includes fine fibres or particulates that can change shape such as inks, gels, paints or polymers.