TRANSFORMING
INDUSTRY
BENCHMARKS
One-Stop Service,
Providing Comprehensive Solutions
At DEYUNG, we offer a one-stop service solution for all your machinery needs. We have a team of experienced professionals dedicated to providing a comprehensive service, from initial consultation to installation and maintenance. Our mission is to provide you with efficient and effective solutions that are tailored to your specific requirements.
HV SERIES
VERTICAL MACHINING CENTER
The HV series is engineered for exceptional rigidity and performance, making it ideal for diverse industries such as automotive, aerospace, and die & mold applications.
• All axes feature roller linear guides and large-size ballscrews, ensuring stability and durability under heavy cutting conditions.
• Fast rapid traverse speeds.
• The robust inverted Y-shaped structure provides full-stroke support with no overhang, ensuring optimal dynamic leveling accuracy.
• Optional spindle cooling system efficiently dissipates heat and minimizes thermal deformation.
This high-speed, high-precision CNC vertical machining center is the best investment for your machining needs.
HM SERIES
HORIZONTAL MACHINING CENTER
• Single-piece T-base foundation with ribbed construction provides unmatched rigidity.
• The spindle headstock is cast as a single piece, ensuring cutting rigidity and accuracy during extended machining operations.
• Large roller guideways enhance rigidity and precision.
• High-dynamic AC servo-driven, pre-tensioned ballscrews deliver superior control and performance.
• Powered by servo motors for efficient operation.
• Simple structural design ensures fast, reliable movement and easy maintenance.
HB SERIES
BORING MACHINING CENTER
• Disc brake with a damped clamping system.
• High-precision Heidenhain optical linear scales.
• Single-piece T-base foundation with ribbed construction for exceptional rigidity.
• Spindle headstock is cast as a single piece to ensure cutting rigidity and accuracy during extended machining.
• Stepped casting design on the X-axis enhances cutting rigidity.
• Dual-wall column design eliminates potential thermal deformation.
HD SERIES
DOUBLE-COLUMN MACHINING CENTER
General Purpose Double Column & DC with Auto-Head Changer for True 5-Sided Machining, designed to minimize vibration during heavy cutting.
• An extra-wide column base with a boot design prevents the headstock from tilting forward.
• The fully supported work table ensures precise dynamic accuracy.
• A powerful, 2-step gear transmission gearbox comes standard, featuring oil-cooled lubrication to prevent temperature rise and reduce noise.
• Z-axis head with a boxway design offers high rigidity and damping, effectively preventing overhang and vibration issues.
• A wide-span saddle enhances stability, and the rigid beam and column configuration ensures optimal Y-axis straightness.
HG SERIES
GANTRY MOVING-COLUMN MACHINING CENTER
• The modular gear-driven or built-in spindle design offers varying cutting capabilities to cater to diverse machining requirements.
• The heavy-duty fixed worktable, with a load capacity of 2,500 kg/m², supports efficient processing of large and heavy workpieces.
• A floor-standing tool magazine, positioned at the rear of the machine, ensures fast tool changes and simplifies operation and maintenance.
• A large, separate coolant tank and dual spiral chip conveyors on both sides of the worktable enhance chip removal and cooling efficiency while facilitating maintenance.
• The crane-type structure provides exceptional and stable dynamic accuracy while reducing floor space by over 40% compared to traditional fixed-column models.
HF SERIES
FIVE-AXIS MACHINING CENTER
The HF series is a high-performance 5-axis vertical machining center engineered to meet the needs of various industries, such as job shops, medical, aerospace, and die & mold manufacturing. Its precision and versatility make it perfect for a broad spectrum of applications.
• Enhance the precision, quality, and efficiency of 3D surface machining.
• Reduce tool length and increase rigidity for improved machining quality. • Extend tool life by cutting with the belly and edge of the tool.
• Reduce fixture errors and minimize workpiece loading and unloading time.
• Lower fixture and electrode costs, leading to savings in manufacturing expenses.
• Optimize machining processes to reduce costs and boost productivity.
