Production Equipment

CNC Universal Cylindrical Grinder

The CNC universal cylindrical grinder, designed specifically for grinding cylindrical workpieces, is capable of performing various grinding operations. Typically, it includes a rotating workpiece fixture for securing cylindrical workpieces, along with a grinding head for surface grinding. By setting machining parameters such as grinding speed, feed rate, and depth of cut using computer software, it can enhance production efficiency and product quality. Widely used in automotive, aerospace, mold manufacturing, and other industries, for instance, in automotive manufacturing, it is employed for grinding cylindrical components like engine crankshafts, bearing seats, brake discs, ensuring their precision and surface smoothness.

E Series High-Speed Machining Center

The series high-speed machining center adopts a high-speed spindle with a maximum speed of up to 12000rpm, offering the following advantages:

• Improved cutting speed, reducing machining time.
• Enhanced machining efficiency, lowering production costs.
• Improved surface quality of machined parts, increasing product precision.

The series high-speed machining center features a high-rigidity structure capable of withstanding greater cutting forces, providing the following benefits:

• Enhanced machine stability, reducing machining vibrations.
• Improved machining precision, minimizing machining errors.
• Extended machine lifespan.
• High-precision servo system.

The series high-speed machining center employs a high-precision servo system, enabling precise machining and offering the following advantages:

• Improved machine positioning accuracy, ensuring machining precision.
• Enhanced repeatability of machine positioning, guaranteeing machining quality.
• Increased dynamic response speed of the machine, improving machining efficiency.

The series high-speed machining center is suitable for precision part machining in industries such as aerospace, automotive, and mold manufacturing:

1. In the aerospace sector, the series high-speed machining center can be used to machine aircraft engines, blades, landing gear, etc. For instance, when machining aircraft engine blades, high-speed spindles and high-rigidity structures can be utilized to enhance machining efficiency and precision.
2. In the automotive field, the series high-speed machining center can be employed to machine engine components, transmissions, body parts, etc. For example, when machining engine blocks, high-precision servo systems can ensure machining accuracy.
3. In the mold industry, the series high-speed machining center can be utilized for machining plastic molds, metal molds, etc. For instance, when machining plastic molds, high-speed spindles and high-rigidity structures can improve machining efficiency and quality.

GLS-150 Series Lathes

GLS-150 series lathes feature high rigidity, precision, and efficiency, making them suitable for machining various cylindrical, conical, and curved parts such as shaft components, disc components, and flange components.

Key Features:

• High Rigidity Bed:
  The high rigidity bed can withstand significant cutting forces, ensuring machining stability.
• High Precision Spindle:
  Equipped with a high precision spindle, it enhances machining accuracy, achieving precise machining results.
• Servo Motor Feed System:
  Utilizing a servo motor feed system improves feed speed and accuracy, enhancing machining efficiency.

The GLS-150 series lathes find wide applications in industries like aerospace, automotive, mold making, and mechanical machining, primarily for machining shafts, discs, and curved parts including:

• Shaft Components:
  Shaft components are among the most common parts machined on lathes, characterized by their long length and small diameter. Examples of machinable shaft components include lathe spindles, gearbox gear shafts, drive shafts, guide shafts, and screws.
  
  
• Disc Components:
  Disc components are another common type of lathe-machined parts, characterized by their small thickness and large diameter. Machinable disc components include flanges, gears, cams, bearings, and washers.
  
  
• Curved Parts:
  Curved parts have complex shapes and pose higher machining challenges. Examples of machinable curved parts include cams, crankshafts, worm screws, and blades.