About Cnc Linear Machine
This Is an Indian CNC Turning Machine Model ART 200+
This is a chucker machine and is used to turn automotive components such as bearings, gears, bushes, piston pins, motor covers, UJ cross, tie rod ends, machine covers, etc.
It has four parallel tools and is also called a Linear Tooling Machine. It saves indexing time and delivers high precision during turning operations. It can perform OD turning, ID turning, threading, boring, drilling, facing, and all other similar operations in a single cycle.
It consists of:
- 165 mm hydraulic chuck
- LM guideways
- Slant bed
- FANUC latest control system
- Linear tooling
- A25 cartridge-type spindle
Precision Engineering for Demanding ApplicationsEngineered with high-rigidity structures and hardened steel components, this CNC Linear Machine is tailored for challenging industrial environments. The advanced automatic lubrication and built-in coolant systems ensure sustained accuracy, even during continuous operation. With a positioning accuracy of 0.01 mm and repeatability of 0.005 mm, manufacturers achieve consistent, high-quality outputs.
Superior Automation and User-Friendly FeaturesEquipped with a Siemens 808D CNC controller, integrated automatic bar feeder, and an 8-station turret, the machine optimizes workflows and reduces downtime. Its intuitive 7-inch color touchscreen display and PLC control simplify operation and monitoring, while automated systems minimize manual intervention, promoting efficient and safe machining.
Versatility and Compliance for Modern IndustriesThis machine's compatibility with G-code and ISO standards ensures seamless integration into various production systems. The design accommodates a maximum bar length of 3000 mm and workpiece diameter of 42 mm, making it ideal for diverse metalworking applications. Integrated safety mechanisms and quiet operation (<75 dB[A]) ensure a secure, comfortable workplace.
FAQ's of Cnc Linear Machine:
Q: How does the built-in automatic coolant system work in the CNC Linear Machine?
A: The built-in automatic coolant system continuously delivers coolant to the cutting area, automatically adjusting flow for optimal cooling, chip removal, and improved surface finish. This helps protect tools and workpieces from overheating, thereby extending tool life and maintaining machining accuracy.
Q: What benefits does the Siemens 808D CNC controller provide to users?
A: The Siemens 808D CNC controller offers precise, reliable control of machining processes, intuitive programming with its user-friendly interface, and seamless compatibility with industry-standard G-code and ISO formats. This enhances operational efficiency, reduces setup time, and supports complex machining operations with ease.
Q: When is it necessary to use the integrated automatic bar feeder?
A: The integrated automatic bar feeder is essential during high-volume production or when machining long bars up to 3000 mm. It automates the loading of material, supporting uninterrupted machining cycles and increasing overall productivity by minimizing manual intervention.
Q: Where can the CNC Linear Machine be installed for optimal performance?
A: This machine operates optimally in controlled industrial environments with an ambient temperature between 5C and 40C. Adequate space should be allowed for its dimensions (1650 mm x 1050 mm x 1700 mm), and it requires a stable electrical supply of 380 V with a power consumption of 4.2 kW.
Q: What is the process for switching tools with the 8-station turret?
A: The 8-station turret enables automatic tool changes during machining. Users can program tool sequences via the Siemens controller, allowing the machine to rotate the turret and select the next required tool. This process is swift and precise, reducing downtime and increasing machining speed.
Q: How does the linear guideway system enhance machine performance?
A: The linear guideway system facilitates smoother, more precise linear motion for improved positioning accuracy and repeatability. It minimizes friction and wear, ensuring long-term reliability and maintaining high-level performance even during intensive, continuous machining operations.