High Efficiency Traveling Column Precision Profile Grinder_FMG-B1224AWC Automatic diamond roller change module Automatic wheel change module

With highly rigid tool holder and shank design, FVL-20HT highly efficient vertical lathe allow higher cutting speeds and feed amounts to improve production efficiency by customized chip-breaker.

The FDG-700 is perfect for mass production of small- and medium-sized workpieces that demand high-precision and high efficiency with an eight-stage pressure control. This fine grinding process offers several advantages in flatness, parallelism, surface finish and size tolerances.

Mass Production for Small-and Medium-sized Workpieces Equipped with the latest technology, Chevalier’s FDG-700 is loaded with features that make the innovative double-sided grinder the ideal machine for a variety of flat, hard and brittle materials. The FDG-700 is perfect for mass production of small- and medium-sized workpieces that demand high-precision and high efficiency with an eight-stage pressure control. This fine grinding process offers several advantages in flatness, parallelism, surface finish and size tolerances. The FDG-700 features Chevalier's iSurfaceDS, a PC-based control that makes it possible to intuitively operate the grinder entirely by conversational graphic control. The machine features a high-precision, digitally controlled pneumatic system that automatically adjusts according to the selected pressure. The high-precision, contact-measuring system includes grinding height control and dressing monitoring.

FSG-2048ADIV traveling column, 3-axis, fully automatic precision surface grinder improved grinding performance, precision stronger rigidity produces less vibration and smoother movement for years of consistent, reliable operation along with several newly designed features, including: a traveling column structure to further reduce vibration and achieve higher accuracy, a spindle that can withstand heavy load grinding and a double-V guideway for smooth, stable longitudinal movements.

For the requirements of high precision and surface roughness required in mold industry, Chevalier provide FSG-1632ADIV Fully Automatic Precision Surface Grinder. iSurface control's data sets the in-machine dynamic balancing function to reduce the grinding wheel vibration and eliminating the workpiece surface ripple to improve grinding quality. Surface grinding processing is suitable for various high precision stamping molds that require good surface roughness and flatness.

• These surface grinders shorten processing and non-processing preparation while delivering high-precision workpieces. This series has several functions not found on such affordable machines: iSurface control, variable speed spindle, constant surface speed, loading detection and in-machine, manual dynamic balancing. • User-friendly, PC-based iSurface control provides a grind cycle that has rough grinding, fine grinding, spark-out passes and an automatic, over-head wheel dresser with compensation that can be added to fully automate the grinding process. • HMI (Human Machine Interface) enhances high-precision machining and combines with network connectivity for data analysis to help assists managers improve and increase productivity. • iMCS ™ (iMachine Communications System) software provides remote machine monitoring, data analysis, alarm history and maintenance updates for overall equipment effectiveness (OEE). • The high-response AC servo motors on the Y- and Z-axes are designed to improve accuracy. • iSurface control is equipped with a variable-frequency drive system that automatically adjusts the grinding wheel’s line speed. Magnetic encoder accurately detects spindle load and correctly grasps the spindle cutting load. A built-in acceleration gauge monitors the grinding wheel's balance at all times. If the wheel becomes unbalanced, the operator is notified to rebalance the wheel. • Normal dressing mode wastes time by cutting in air. The iSurface dressing mode never cuts air because the diamond is in constant contact with the wheel to minimize dress time. Conversational, graphic automatic wheel dressing modes (optional) can be linked with any—or all—grinding modes. • The spindle is supported by six, Class 7 (P4) super-precision, angular-contact ball bearings, which have been accurately measured, selected and preloaded and assembled in a temperature-controlled clean room. The spindle is permanently lubricated and requires no maintenance. • Wheelhead travels on a pr

Designed for the automotive industry, the UNi5X-400 features a DD rotary table. Clamping time of the rotary table is reduced to 2 seconds. Workpiece size ranges from 16” ~ 22.5”. Series has the largest processing range and smallest footprint. UNi5X-400 processes complex workpieces in a highly stable, efficient and precise manner, increasing productivity and profitability.

Chevalier's SMART-B1224III is equipped with user friendly SMART iControl. We can provide special graphic conversational control for screw manufacturing industry. It’s suitable for processing various specifications of thread-rolling die

• These surface grinders shorten processing and non-processing preparation while delivering high-precision workpieces. This series has several functions not found on such affordable machines: iSurface control, variable speed spindle, constant surface speed, loading detection and in-machine, manual dynamic balancing. • User-friendly, PC-based iSurface control provides a grind cycle that has rough grinding, fine grinding, spark-out passes and an automatic, over-head wheel dresser with compensation that can be added to fully automate the grinding process. • HMI (Human Machine Interface) enhances high-precision machining and combines with network connectivity for data analysis to help assists managers improve and increase productivity. • iMCS™ (iMachine Communications System) software provides remote machine monitoring, data analysis, alarm history and maintenance updates for overall equipment effectiveness (OEE). • The high-response AC servo motors on the Y- and Z-axes are designed to improve accuracy. • iSurface control is equipped with a variable-frequency drive system that automatically adjusts the grinding wheel’s line speed. Magnetic encoder accurately detects spindle load and correctly grasps the spindle cutting load. A built-in acceleration gauge monitors the grinding wheel's balance at all times. If the wheel becomes unbalanced, the operator is notified to rebalance the wheel. • Normal dressing mode wastes time by cutting in air. The iSurface dressing mode never cuts air because the diamond is in constant contact with the wheel to minimize dress time. Conversational, graphic automatic wheel dressing modes (optional) can be linked with any—or all—grinding modes. • The spindle is supported by six, Class 7 (P4) super-precision, angular-contact ball bearings, which have been accurately measured, selected and preloaded and assembled in a temperature-controlled clean room. The spindle is permanently lubricated and requires no maintenance.

This series is well suited for mechanical metal processing, which is widely used in the punch industry, with its assortment of shapes and specifications. The graphical conversational software for this machine is a perfect match for this industry’s small batch production needs.

The optional fourth axis can be installed as the second spindle for rotary machining of ring-shape workpieces, with a stable and low-speed feed. It can also be switched to the fourth axis for fixed angle, machining to meet processing efficiency requirements.

FMG-B1224 use Creep feed to grind the gap of the movable wrench. Chevalier's FMG-B1224 is equipped with user friendly SMART iControl. We can provide special graphic conversational control for Adjustable Wrench in Hand Tool Industry. It’s suitable for processing various specifications of Adjustable Wrench.

• Incorporates a traveling column to effectively improve stability for high grinding efficiency and reliable machining accuracy. • Fully enclosed cover design provides more protection, preventing the splash of cutting coolant and oil mist dissipation. Fully protects the operator to avoid grinding hazards. • Powerful computing capability of the SMART-iControl enhances the HMI (Human Machine Interface) for highly precise machining and combines with network connectivity for data analysis to help managers improve and increase productivity. • User-friendly, PC-based SMART iControl has four types of graphic conversational grinding modes: surface, slice, profile and TaskLink grinding modes. TaskLink enables operators to complete complex grinding tasks in one cycle. A normal dressing mode wastes time by cutting in air. The SMART iControl dressing mode never cuts air because the diamond is in constant contact with the wheel to minimizes dress time. Conversational, graphic, automatic wheel dressing modes can be linked with any—or all—grinding modes. • iMCS™ (iMachine Communications System) software provides remote machine monitoring, data analysis, alarm history and maintenance updates for overall equipment effectiveness (OEE). • This machine is used in the medical, automotive, mining, semiconductor, aerospace and job shop industries. FMG-B1224 meets current and future market needs for factory automation.

Intelligent. Dynamic. Affordable. These words describe the driving forces behind the new design of our SMART-IV CNC surface grinders. These are the benchmarks required by the medical, energy, semiconductor, aerospace, mold and processing industries in order to meet current and future market demands. This series is capable of producing complicated shapes for highly accurate workpieces along with finer finishes. The heavy-duty slide rails, one-piece base casting and hardened wheelhead guideways create a solid, rigid machine structure that minimizes vibration, movement and displacement. Our grinding machines are designed to be user friendly. Now, our exclusive next generation SMART iControl incorporates production efficiency, which simplifies operation procedures and greatly enhances the performance of Chevalier CNC grinders. Combined with TaskLink, it allows operators to create their own programs for generating complex grinding tasks in a single cycle—without an engineering degree.

Integration of machine configuration, fixtures tool and special accessories responds to piston’s multi-process requirements. Chevalier's piston production line, combining multiple vertical lathes and machining centers to meets customers' production process requirements.