Hydraulic guide rod
Feature:
High precision, high load-bearing capacity, long lifespan, low noise, easy maintenance
Machining Precision:
The machining accuracy of hydraulic guide rods is an important indicator for measuring their machining quality. When machining hydraulic guide rods, the core walking machine can usually achieve high machining accuracy, ensuring that the size accuracy of the hydraulic guide rod is in the micrometer level, the surface roughness can reach Ra 0.4 micrometers or less, and the shape accuracy meets the design requirements. Both straight and circular segments can achieve high machining accuracy. It can ensure that the positional accuracy error between various parts is less than a few micrometers. This helps ensure the stability and reliability of the hydraulic guide rod during assembly and use
The machining accuracy of hydraulic guide rods is an important indicator for measuring their machining quality. When machining hydraulic guide rods, the core walking machine can usually achieve high machining accuracy, ensuring that the size accuracy of the hydraulic guide rod is in the micrometer level, the surface roughness can reach Ra 0.4 micrometers or less, and the shape accuracy meets the design requirements. Both straight and circular segments can achieve high machining accuracy. It can ensure that the positional accuracy error between various parts is less than a few micrometers. This helps ensure the stability and reliability of the hydraulic guide rod during assembly and use
Machining Process:
Workpiece clamping: Firstly, accurately clamp the blank onto the fixture of the core walking machine to ensure the stability and accuracy of the workpiece during the machining process.
Tool selection and installation: According to the machining requirements of the hydraulic guide rod, select the appropriate tool and install it on the tool holder of the core walking machine. The selection of cutting tools should take into account the hardness, machining accuracy, and surface quality requirements of the material.
Programming and Setting: Use CNC programming software to write machining programs and set machining parameters such as speed, feed rate, cutting depth, etc. The program should plan the tool's motion trajectory and machining sequence in detail.
Rough machining: Under program control, the core walking machine begins rough machining of the hydraulic guide rod, removing most of the excess on the blank, laying the foundation for subsequent precision machining.
Precision machining: After rough machining is completed, precision machining is carried out. By adjusting parameters such as tool feed rate, cutting speed, and cutting depth, the hydraulic guide rod can achieve the predetermined dimensional accuracy and surface quality.
Online detection: During the machining process, the online detection function of the core walking machine is used to perform real-time detection on the hydraulic guide rod to ensure machining accuracy and quality.
Cutting and cleaning: After processing, remove the hydraulic guide rod from the core walking machine and perform cleaning and deburring treatment.
Workpiece clamping: Firstly, accurately clamp the blank onto the fixture of the core walking machine to ensure the stability and accuracy of the workpiece during the machining process.
Tool selection and installation: According to the machining requirements of the hydraulic guide rod, select the appropriate tool and install it on the tool holder of the core walking machine. The selection of cutting tools should take into account the hardness, machining accuracy, and surface quality requirements of the material.
Programming and Setting: Use CNC programming software to write machining programs and set machining parameters such as speed, feed rate, cutting depth, etc. The program should plan the tool's motion trajectory and machining sequence in detail.
Rough machining: Under program control, the core walking machine begins rough machining of the hydraulic guide rod, removing most of the excess on the blank, laying the foundation for subsequent precision machining.
Precision machining: After rough machining is completed, precision machining is carried out. By adjusting parameters such as tool feed rate, cutting speed, and cutting depth, the hydraulic guide rod can achieve the predetermined dimensional accuracy and surface quality.
Online detection: During the machining process, the online detection function of the core walking machine is used to perform real-time detection on the hydraulic guide rod to ensure machining accuracy and quality.
Cutting and cleaning: After processing, remove the hydraulic guide rod from the core walking machine and perform cleaning and deburring treatment.
Product Application:
Hydraulic guide rods are widely used in various mechanical equipment, such as CNC machine tools, injection molding machines, presses, metallurgical equipment, etc. In these devices, hydraulic guide rods play a role in guiding, supporting, and transmitting power, which is of great significance for improving the operational accuracy, stability, and reliability of the equipment.
OEM / ODM Services
Vacuum table
Rotary axis
Handwheel
Lubrication device
Tool Magazine
Spindle
Suzhou Changfei Precision Machinery Co., Ltd.
Why Clients Choose Us
ServicesOEM | Design | Buyer Label
Product lineAbove 10 production line
Total Employees80 - 120 People
Factory5,000-10,000 square meters
Customer Review
They accepted my request to use VHB tape for sticker,nice work,This is the mold to produce the part as my request.
Great prototype sample,Provide QC report and photos before shipping, nice service.
he CNC of the product is very superb and accurate, the surface is very clea.
Product arrived and it was perfect according to our engineer's measurements of the product.
Shipping Method
SHIP VIA EXPRESS DELIVERY
Ship products via sea
