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PRESSLER 3D Five-Axis Laser Cutting Machine + Composite Robot: Creating Flexible and Intelligent Unmanned Production Line
September 5, 2025 08:49 Jiangsu
In the automotive manufacturing field, efficient, precise and flexible production equipment is the key to improving production quality and efficiency. PRESSLER's innovative solution combining 3D five-axis laser cutting machines with composite robots brings revolutionary changes to automotive hot-formed parts processing, effectively solving many pain points in traditional production methods.
PRESSLER 3D Five-Axis Laser Cutting Machine
PRESSLER's 3D five-axis laser cutting machine, with its outstanding performance, has become a powerful tool for automotive hot-formed parts processing. It has high-speed and high-precision five-axis linkage capability, specially designed for three-dimensional curved surface cutting and trimming of automotive hot-formed parts. Its cutting head supports n×360° unlimited rotation, which can easily complete one-time forming of certain curved surfaces without multiple adjustments, greatly improving processing efficiency and accuracy. The adaptive zoom function enables it to meet the high-precision cutting needs of plates of various thicknesses, with cutting accuracy up to ±0.03mm, fully ensuring product quality.
PRESSLER 3D Five-Axis Laser Cutting Machine
However, in the production process, the loading and unloading of processing equipment has always been an important factor affecting production efficiency. Traditional fixed robotic arms have many pain points in loading and unloading. They require materials to be "strictly positioned", which places extremely high requirements on the accuracy of logistics containers and packaging shapes, resulting in high automatic investment costs. At the same time, fixed robotic arms lack flexibility. When materials need to be replaced, they must be re-debugged, which not only causes long downtime but also greatly increases the cost of multi-variety production, making it difficult to adapt to flexible and changing production needs.
Fixed Arm + Flexible Arm Composite Robot
In comparison, the robot arm + flexible arm composite robot demonstrates significant advantages. It adopts an innovative integrated design, cleverly combining the high precision of fixed arms with the flexibility of intelligent gripper arms (flexible arms). This enables the composite robot to not only be highly accurate, meeting the precise requirements of processing equipment for loading and unloading, but also to have a wide range of applications. In scenarios where processing equipment needs to be loaded and unloaded with high-speed production cycle requirements, the composite robot is particularly effective as a replacement for manual workstations, especially when incoming material positions are inconsistent, it can flexibly respond to ensure smooth production. Its production cycle is consistent with manual operation cycle, meeting the needs of most industrial scenarios.
Robot Arm + Flexible Arm Composite Robot
3D Five-Axis Laser Cutting Machine + Composite Robot
Currently, in the automotive body structural parts 3D five-axis laser cutting industry, manual loading and unloading methods are still commonly used. PRESSLER's 3D five-axis laser cutting machine combined with a composite robot using a fixed arm + intelligent gripper arm combination method, from picking products from the material frame, accurately placing them in the cutting fixture, to feedback signal to start cutting, then processing waste, and transporting finished products to the inspection station, the entire process achieves "unmanned intervention", completely replacing manual labor and solving the pain points of high labor intensity and slow reform in the industry.
PRESSLER Workshop Laser Cutting Machine - Composite Robot Production Scene
Currently, this solution has been successfully applied in PRESSLER's Suzhou automotive hot-formed parts production workshop. PRESSLER provides future-oriented "unmanned" intelligent cutting solutions, effectively solving the urgent needs of the automotive manufacturing field for "high precision, high flexibility, high efficiency", and providing key technical support and equipment guarantee for automotive parts manufacturers to build the first batch of "dark factories".
The collaborative application of PRESSLER's 3D five-axis laser cutting machine and composite robot realizes flexible and intelligent unmanned production of automotive hot-formed parts processing. Their combination not only improves production efficiency and product quality, reduces production costs, but also reduces manual labor intensity, injecting strong impetus into the transformation and upgrading of the automotive manufacturing industry, and opening a new chapter in automotive manufacturing production mode.