Hypermemo Oy proudly presents the GLASER™ technology for laser-based
glass processing
GLASER™ transforms the traditional industrial process, as cutting, chamfering, surface treatment, marking and engraving are now consecutively performed with a single all-in-one laser tool on a single table.
Line cutting speed up to
With our out-of-the-box approach we help you making your process
Our innovation is backed by 20+ years of R&D in the field of high-power lasers. It provides around 15x excess of the peak power over the average power, with a pulse frequency of 10-60 kHz and a pulse duration of 200-400 ns. The ability to provide up to 200W stable output power in the short-pulsed regime makes our lasers unique.
GLASER™ technology utilizes our unique patented CO2 laser installed on the linear axis machine enabling 3D glass machining.
Automotive Architectural Smart Glassware Laminated Safety Display.
From 0.5 mm thin display to 12 mm construction glass.
Line or shaped cut.
Always clear and transparent edge, 90-degree angle.
Always stress-free cut, no need for post-processing prior to bending or tempering.
One laser makes the scribing and breaking.
During January-March our team got further enhanced through several new staff hirings. Juho Kangas and Vladimir Kourbeko started as Electronics Engineers, Joevel Abelende started as
Our team got further boost through two new key recruitments in September. Mikko Noropirtti started as Mechanical Engineer and Vladimir Hodanovic joined the company as Laser Engineer.
Our team got a strong boost as Erik Raita and Petri Räsänen joined Hypermemo on a full-time basis to take COO and Project Lead positions, respectively.
Hypermemo Oy was established in 2009, and now has over 3o high-quality workers.
Hypermemo is backed by two Finnish venture funds and the EIC Fund.
Interested to become an investor? Have any other questions?
+358 40 846 8673
info@hypermemo.eu
Jukolankatu 18C
80160 Joensuu, Finland
+358 40 593 8142
info@hypermemo.eu
The GLAZER project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 954932
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