Five axis linkage technology: breaking machining boundaries and reconstructing precision manufacturing logic
Traditional three-axis machining centers can only achieve X/Y/Z three-axis linear motion. When facing complex parts such as aircraft engine blades and new energy vehicle motor housings, multiple clamping and repeated adjustment of workpiece angles are required. This not only results in long machining cycles but also reduces machining accuracy due to positioning deviations. GLAB five axis horizontal boring and milling machining center is upgraded with A/C dual rotation axis on the basis of three axes. The A axis precisely controls the worktable to rotate around the X axis, and the C axis realizes the spindle to rotate 360 ° around the Z axis. Through the coordinated control of five axis linkage, the tool always fits the workpiece machining surface at the optimal angle, truly achieving "one-time clamping, full angle machining".
In response to the demand for high-precision machining, the five axis linkage technology of GLAB five axis horizontal boring and milling machining center can perfectly avoid the technical pain points of traditional machining. For example, in the machining of titanium alloy blades for aircraft engines, facing the strict standards of variable surface curvature and precision requirements within ± 0.01mm, the equipment can dynamically adjust the A/C axis to ensure that the tool is always perpendicular to the normal direction of the surface, completely solving the problems of "over cutting" and "under cutting" that are prone to occur in three-axis machining, and achieving a dual breakthrough in precision and efficiency of complex surface machining.
The ultimate fusion of three core advantages: efficiency, precision, and flexibility
GLAB five axis horizontal boring and milling machining center takes technological innovation as its core, creating three core competitiveness of efficiency, precision, and flexibility, accurately matching the production needs of modern manufacturing industry for "high quality, fast delivery, and multiple varieties", and becoming a key equipment for enterprises to reduce costs, increase efficiency, and improve core production capacity.
1. The processing efficiency has increased by more than 30%, and the production capacity has been increased by more than 30%: the five axis linkage technology has significantly reduced the number of workpiece clamping times and process conversion time, enabling complex parts processing to be completed in one stop. Taking the machining of automobile gearbox housing as an example, traditional three-axis machining requires 4 clamping operations to complete the entire process, while GLAB five axis horizontal boring and milling machining center only requires 1 clamping operation to complete all hole series and surface machining, directly reducing the processing time of a single piece by 40% and greatly improving equipment utilization. At the same time, the optimized chip removal design and high-speed tool changing system of the equipment further reduce processing assistance time, achieve rapid connection between chips, and make the production cycle more compact.
2. Micro level precision control to meet the "zero defect" requirements of high-end manufacturing: GLAB five axis horizontal boring and milling machining center is equipped with high-precision grating ruler, fully closed-loop control system and intelligent thermal error compensation technology, which strictly controls the positioning accuracy within ± 0.005mm, and the repeated positioning accuracy reaches ± 0.003mm, achieving true micro level machining. The equipment adopts a high-strength cast iron bed and symmetrical structure design, combined with heat source temperature control, ball screw center cooling and other technologies, effectively reducing vibration and thermal deformation during the machining process, making the long-term operation of the equipment more accurate and stable, perfectly adapting to the ultimate precision requirements of parts machining in aerospace, medical equipment and other fields.
3. Flexible processing adaptation, easy to cope with small batch production of multiple varieties: Faced with the characteristics of fast product updates and small order quantities in industries such as new energy vehicles and mold manufacturing, GLAB five axis horizontal boring and milling machining center can achieve seamless product switching through quick fixture replacement and one click adjustment of machining programs, without the need to redesign the process route, greatly shortening the connection cycle between new product development and mass production. The equipment is compatible with multiple processing materials and process requirements. Whether it is light cutting of aluminum alloys and titanium alloys, or strong cutting of steel parts, precise machining can be achieved through parameter optimization, making it an ideal choice for multi variety and small batch production modes.
Application in all fields: from national heavy equipment to smart manufacturing for people's livelihoods, empowering multi industry upgrading
GLAB five axis horizontal boring and milling machining center, with its excellent comprehensive performance, has been widely used in various core fields of high-end manufacturing, becoming an important support for various industries to break through processing bottlenecks and achieve technological upgrades. Its efficient operation can be seen in the core component processing of "national heavy machinery" and the precision product manufacturing of "livelihood technology".
1. Aerospace field: Components such as aircraft engine blades, turbine disks, and casings are not only made of special materials (titanium alloys, high-temperature alloys), but also have complex structures and extremely high precision requirements, which are the core difficulties in aviation manufacturing. The GLAB five axis horizontal boring and milling machining center achieves precise control through five axis linkage to achieve seamless machining of such components. After machining, the surface roughness of the parts is reduced from Ra3.2 in traditional processes to Ra0.8, and the fatigue life is directly doubled, providing a solid guarantee for the reliability of aerospace equipment.
2. In the field of automobile manufacturing: the core components of new energy vehicles, such as motor housings, battery trays, suspension parts, etc., have the characteristics of thin walls, irregular shapes, and lightweight, and are prone to deformation problems during the processing. GLAB five axis horizontal boring and milling machining center adopts light cutting and high-speed machining technology, combined with high rigidity body and precise tool path planning, to achieve efficient machining while effectively avoiding workpiece deformation, perfectly adapting to the machining needs of new energy vehicle components, and helping automobile manufacturing enterprises achieve lightweight and high-precision production.
3. In the field of mold manufacturing: automotive cover mold, electronic product shell mold and other molds have high surface complexity, and traditional processing methods require more than 8 hours to complete mold surface processing, and the accuracy is difficult to guarantee. GLAB five axis horizontal boring and milling machining center is equipped with professional machining strategies such as "contour milling" and "spiral milling", combined with high-speed electric spindle and precise five axis linkage control, which shortens the processing time of mold surface to 3 hours, while improving the surface smoothness and dimensional accuracy of the mold, achieving dual improvement in efficiency and quality of mold manufacturing.
4. Energy equipment field: In the field of energy equipment such as wind power and mining machinery, components such as coal mining machine rocker arms, hydraulic supports, and fan impellers have large volumes and complex structures, requiring extremely high rigidity and precision for processing equipment. The GLAB five axis horizontal boring and milling machining center, with its high rigidity structure design and large stroke processing range, can achieve one-time clamping and full process machining of such heavy components. The machining cycle is shortened from the traditional 12 hours to 4 hours, and the equipment utilization rate is increased by 65%, providing strong support for energy equipment manufacturing enterprises to increase production capacity and reduce costs.
Intelligent Manufacturing Future: GLAB Promotes Manufacturing Upgrading with Technological Innovation
From "manufacturing" to "intelligent manufacturing", high-end machine tool equipment is the core support for the upgrading of the manufacturing industry. GLAB five axis horizontal boring and milling machining center takes five axis linkage technology as its core, integrating high-precision control, high-efficiency machining, and flexible production. It successfully solves the efficiency, precision, and cost problems of complex component machining, providing an integrated machining solution for high-end manufacturing in various industries. In the future, GLAB will continue to deepen its research and innovation in machine tool equipment, focus on the intelligent and digital upgrading needs of the manufacturing industry, continuously optimize equipment performance, upgrade intelligent functions, and enable the five axis horizontal boring and milling machining center to play its value in more high-end manufacturing fields. With hardcore technology, GLAB will empower the high-quality development of the manufacturing industry and become the core force in the global high-end machine tool equipment field.
