The Advantages of CNC Machine Tending with Hanwha HCR Collaborative Robots

CNC with Hanwha cobot

Machine tending is the procedure of loading and unloading components into a computer numerical control (CNC) machine. Usually, this process has been done manually by a human worker. Over time, machine tending has demonstrated to be tedious and potentially unsafe for workers. Therefore, manufacturers are having an increasingly challenging time finding employees willing to tend machines.

Manual machine tending procedures are slower, less precise and less consistent. Collaborative robots offer an encouraging solution for more efficient machine tending.

Why Utilize Hanwha HCR Collaborative Robots for CNC Machine Tending?

There are several reasons why a collaborative robot is exceptionally effective for CNC machine tending applications. Firstly, Hanwha HCR collaborative robots highlight fast deployment that diminishes integration expenses and allows for simple changeovers when a different job needs to be automated. Easy programming further improves the speed of implementation and reallocation.

Collaborative robots come at a much lower price point than industrial robots. This lower initial price allows companies to quickly accumulate return on investment to start noticing productivity advantages straight away.

The Advantages of Hanwha HCR Collaborative Robots in CNC Machine Tending Applications

The most direct and impressive advantage of using Hanwha HCR Cobots in CNC machine tending applications is their capability to build up productivity. For cutting, routing, grinding, or milling, Cobots function with considerably superior levels of uptime than human labourers, resulting in substantially greater output. When this element is considered alongside the vast cost savings created by collaborative robots, the result is superior productivity and efficiency.

In addition to greater efficiency, Cobots tend to generate greater levels of safety in operations. They permit human employees to concentrate on other more cognitive-oriented jobs that are safer and usually have strong characteristics to prevent damaging accidents. When contrasted to industrial robots that require security barriers and larger safety equipment, collaborative robots are small and take up very little room on the factory floor.

Collaborative robots are ideal for CNC machine tending applications. They’re safe, productive, and they allow human workers to focus on more value-added tasks in production. CNC machine tending, when done physically, can be inconsistent and a blockage in production. Collaborative robots help companies ramp up production for more competitiveness on a global level.

 

 

What Are the Main Advantages of Robot Preventive Maintenance?

robot service technicians

For industrial robots to preserve their ideal productivity and functionality, they should undergo routine examination and preventive maintenance.

Robot Preventive MaintenanceIt is essential to understand that due to the fact industrial robots need to do their work within ordinarily predictable space and time constraints, preserving them appropriately is a vital part of keeping them safe for the individuals and equipment that must share a workplace with them.

Preventive maintenance helps avoid equipment failure by systematically replacing damaged components and/or identifying and correcting problems before they lead to failure. This process is carried out with the following steps:

  • Backup of controller memory as well as teach pendant programs and application software
  • Supervise/observe the robot in movement perceiving any cable wear, irregular motion or sounds
  • Replace robot batteries to safeguard robot positional data during power loss
  • Change controller batteries to avoid loss of software and programming during power loss
  • Replace internal grease based on robot model’s requirements
  • Verify motor brakes for slippage
  • Clean controller ventilation and filters to guarantee correct heat exchange
  • Clean and complete visual examination of robot mechanical unit, end of arm tooling, and cabling

Robot Preventive Maintenance Advantages:

  • Enhanced robot durability and reliability
  • Detect potential failures prior to unexpected downtime
  • Maintenance program can be customized for each robot
  • Data to help scheduling upcoming maintenance work
  • Precise metering on grease replacement to defend against overpressure and seal damage
  • A large number of spare parts in stock for quick repairs
  • Always offering 24-hour service and support

To improve the performance and reliability of industrial robots, preventive and predictive maintenance is essential. The FSD Robotics Maintenance Team provides maintenance programs that guarantee the best results and performance of your robots.

For more information about Robot Preventive & Predictive Maintenance, contact the FSD Robotics Service Team for all your robot services & repairs today!