Smarter Scanning,
Higher Yield,
Maximum Efficiency
Every timber mill’s priority is maximizing yield and efficiency—Zippy Vision makes it possible. We provide industry-leading scanning and optimization solutions that transform the way wood is measured, sorted, and processed.
From the logyard to secondary processing, our full-cycle solutions ensure precision, minimal waste, and maximum recovery, helping you get the most from every log:
Log & Beam Optimization – High-precision scanning for intelligent sorting and yield maximization.
Rip & CrossCutting Solutions – Smart cutting strategies for superior material recovery.
Profile Optimization – Advanced profiling for seamless processing and higher-quality output.
At Zippy Vision, we don’t just supply technology—we partner with our customers to innovate smarter, faster, and more intuitive solutions for the future of timber processing.
Explore ZippyScan product series
Coming up soon.
CrossCut is a high-precision scanning and optimization system that automates crosscutting decisions, enhancing efficiency and maximizing yield. Using AI-driven defect recognition and multi-sensor technology, it ensures precise trimming while maintaining product quality and reducing waste.
“The Zippy Vision team consists of competent and reliable employees who probe deep into every nuance and always strive to improve their solutions and deliver the results."
Edgars Pilders,
Factory “Hapaks” Head of profiling unit
May 10, 2024. "ZIPPY VISION" applied for support from the European Union to implement the research project "Development of wood and surface scanner technology and architecture". The research project aims to develop innovative wood and surface scanner technologies and optimization algorithms that will enhance the efficiency of wood and furniture manufacturing processes.
On 5th July 2023, "Zippy Vision" applied for EU funding to implement the research project "Implementation of new system for 3D laser profiler point cloud digital registration and surface properties and defect digital recognition using high-performance computing (GPU)".
The research project plans to develop methods for 3D point acquisition and measurement stabilization, using high-performance computing technologies to recognize surface defects on longitudinally processed parts rapidly.
The research is intended to develop not only the computing algorithms themselves but also a set of technologies necessary for the diagnostics, calibration, and maintenance of such a system.
May 10, 2024. "ZIPPY VISION" applied for support from the European Union to implement the research project "Development of wood and surface scanner technology and architecture". The research project aims to develop innovative wood and surface scanner technologies and optimization algorithms that will enhance the efficiency of wood and furniture manufacturing processes.
Ltd ''ZIPPY VISION” 14.02.2024 signed an agreement No 17.1-1-L-20224/28 with the Investment and Development Agency of Latvia on receiving support for export assistance under the project “SME Innovative Business Development” co-financed by the European Regional Development Fund.
On 5th July 2023, "Zippy Vision" applied for EU funding to implement the research project "Implementation of new system for 3D laser profiler point cloud digital registration and surface properties and defect digital recognition using high-performance computing (GPU)".
The research project plans to develop methods for 3D point acquisition and measurement stabilization, using high-performance computing technologies to recognize surface defects on longitudinally processed parts rapidly.
The research is intended to develop not only the computing algorithms themselves but also a set of technologies necessary for the diagnostics, calibration, and maintenance of such a system.
On 23rd of January 2023, "Zippy Vision"applied for EU funding to implement research project "Research and development of modular, next-generation wood scanner technologies". The research project plans to develop a new generation of modular wood scanner and sawing optimization scanner technologies that would allow for the production of both transverse and longitudinal scanners and optimization systems that would recognize an expanded amount of wood artifacts and defects, improve accuracy, and be able to optimize four-plane cutting strategies. Scanners are designed for both transverse and longitudinal scanning.