FCK40 Slant Bed CNC Lathe

Inclined bed CNC Inclined bed CNC machine tools produce less vibration during cutting, which can better ensure the accuracy of the processed workpiece.

Inclined bed machine tools are usually designed with better heat dissipation performance, which can reduce the impact of thermal deformation on processing accuracy.

Due to the inclined design of the bed, the loading and unloading of workpieces and the replacement of tools are more convenient, which reduces the labor intensity of operators and improves production efficiency.

Features

Slant bed CNC supports multi-axis machining. Slant bed CNC machine tools are commonly found in CNC lathes with Y-axis and C-axis. They can perform complex multi-axis machining, such as turning and milling, which improves machining flexibility.

Slant bed CNC has a high degree of automation and can be equipped with an automatic tool change system and an automatic feeding system to achieve fully automated continuous production, which is suitable for batch production tasks.

Slant bed CNC has a stable chip removal system. Due to the inclined bed, the chips generated during cutting naturally slide down under the action of gravity, reducing the secondary contact between the workpiece and the chips and improving the quality of the machined surface.

In general, slant bed CNC machine tools are suitable for high-precision and high-efficiency metal processing applications with their structural advantages, good processing stability and ease of operation.

Product Parameter

Product Application Industry

Our inclined bed CNC lathes are ideal for your precision machining. By combining a stable inclined bed structure and advanced CNC technology, our machine tools can meet your requirements for high-precision and high-efficiency processing of workpieces. Whether it is small batch production or large-scale production, our CNC lathes can handle a variety of tasks, thereby improving your production efficiency.

Fast tool switching and multi-axis control ensure that multiple processes can be completed on the same machine tool, reducing cutting time and improving production flexibility. The well-designed CNC system makes operation simple and intuitive, even for beginners.

Whether you are in the automotive manufacturing, aerospace field, or other high-precision engineering, our inclined bed CNC lathes will be your right-hand man for successful production. Choose us for efficient, precise and reliable machining solutions.

Video

FCK40 Slant Bed CNC Lathe – Standard and Optional Configurations

Standard Configuration: Maximum turning diameter – Ø400 mm, maximum machining length 500–600 mm (customizable).

Hydraulic chuck – reliable workpiece clamping.

Tailstock – optional hydraulic/manual for supporting long workpieces.

8-station electric tool post – standard for efficient turning operations.

Servo drive system – fast response and high control precision.

Precision ball screws and linear guides – ensure smooth and precise movement.

CNC control system – GSK system.

Spindle motor – standard 3 kW (higher power optional).

Optional Configurations:

12-station electric tool post – increases tool selection flexibility.

C-axis and powered tools – enable milling and turning of complex parts.

High-speed spindle – achieves faster cutting speeds and higher productivity.

Other tailstocks and accessories – hydraulic tailstock, center rest, custom chuck.

Advanced CNC system – optional upgrade to high-end FANUC, Siemens, or KND systems.

Coolant and chip removal system – optional coolant spray system, chip conveying system, or misting system.

Slant Bed CNC Lathe Maintenance Tips:

The slant bed CNC lathe is a high-precision, high-efficiency machining equipment. Regular maintenance is crucial for maintaining its accuracy and extending its service life.

Keep the machine clean and well-ventilated: Place the machine in a dry, well-ventilated environment, avoiding moisture and direct sunlight. Regularly clean chips and dust from the machine surfaces, guideways, ball screws, and turret area.

Lubrication and Maintenance: Regularly check the lubrication of the ball screws, linear guides, and rotating parts, and add lubricating oil or grease as needed. Use the recommended lubricant to ensure long-term smooth operation.

Electrical and Control System Inspection: Before daily operation, check the control cabinet and wiring for looseness or damage. Keep the control system and connected computer clean, preventing dust and liquid from entering to prevent short circuits and malfunctions.

Balanced Operation: Avoid frequent unilateral operation to ensure even load distribution on the ball screws and guideways. Limit continuous operation time to no more than the recommended daily working time (generally no more than 10 hours/day).

Cooling System Maintenance: For water-cooled spindles, ensure the water pump is functioning properly and the water level is sufficient; change the coolant or antifreeze regularly. Check the coolant flow rate to ensure proper temperature control during machining.

Regular Calibration and Inspection: Regularly check the accuracy of the spindle, turret, and machine tool; perform calibration as necessary. Inspect for mechanical wear and replace any worn or damaged parts promptly.

Safety Precautions: Do not place flammable, corrosive, or strongly magnetic materials near the machine or worktable. Use a suitable voltage regulator to ensure stable machine power supply.