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Robotic Machine Tending: Custom, Pre-Engineered, or Both?

February 25, 2025 | Harshad

In recent years, the growth of automated machine tending solutions has been driven by labor shortages and rising costs. With an estimated 20 million CNC machines installed worldwide, fewer than 10% manufacturers use robotic automation according to MIT.
The common barriers to adoption include:

  • High costs
  • Long payback periods
  • Limited expertise
  • Inflexible solutions for high-mix environments

Traditionally, two approaches have been offered to overcome these challenges: fully custom solutions or pre-engineered turnkey systems. Read on to explore both approaches—and discover a new way to automate CNC operations.

Custom Robotic Tending: Greater Flexibility & Costs

One of the most common approaches is engineering a custom solution from scratch. This traditional method involves working with a third-party who sources the right components from a vast array of OEM providers. The performance optimization and flexibility make it well-suited for high-precision industries like automotive, aerospace, and food and beverage.

However, this flexibility comes at a cost—higher CapEX, longer lead times, and increased technology risks.

Pros & Cons of Custom Robotic Tending

Custom_tending

Pre-engineered Tending Solutions: Lower Costs, Limited Flexibility

As automation adoption grows across industries, turnkey or “pre-engineered” solutions have emerged to standardize design and functionality. Standardizing common features offers several benefits, including faster deployment and lower costs. For example, out-of-the-box palletizing applications can be implemented in a few weeks, delivering immediate results.

However, the most significant limitation of pre-engineered solutions is their lack of granular control compared to custom systems.

Pros & Cons of Pre-engineered Tending Solution

Turnkey_tending

The New Way: Customizable Pre-Engineered Solutions

Vention now offers a hybrid approach, combining the flexibility of customization with the speed of pre-engineered solutions. This innovative method provides a custom, ready-to-work solution in less than two weeks. Manufacturers get access to a tailor solution quickly, leveraging Vention’s One Factory Ecosystem with over 2,200 plug-and-play parts.


Process Comparison

Four Easy Steps to Configure Your Machine Tending Solution


1. Choose a base design

  • Drawer system
  • Angled parts presenter
    Tending_base

2. Choose your collaborative robot

  • Universal Robots: UR10e or UR30
  • FANUC: CRX-10iA/L or CRX-20iA/L
  • ABB: GoFa10 or GoFa12
    Tending_Robot

3. Choose your gripper

  • Electric two and three-finger grippers
  • Pneumatic two-finger grippers
  • Single or dual gripper configurations
  • Vacuum grippers
    Tending_gripper

4. Add optional features

  • Tower lights
  • Area scanners
  • Tool changers
  • CNC door actuators
  • Force torque sensors

Start Automating Your CNC Operations with Confidence

Choosing the right automation partner is key to achieving ROI, whether opting for a custom or pre-engineered solution. Vention’s dedicated team of experts handles everything from scoping to deployment, making it both fast and easy to automate CNC machining.

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Reach out to scope your application and get a design proposal within a few days.

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