The Ultimate Buyer's Guide for Purchasing industrial robot arm

Robotic arms ABCs

A robotic arm is an automated system designed to grasp and move objects quickly and precisely. While this may seem futuristic, assembly lines commonly use these robots day in and day out. Moreover, they can also aid other types of operations'such as logistics'if they're fitted with the right mechanisms and programs. 

With competitive price and timely delivery, Fuxin Intelligent sincerely hope to be your supplier and partner.

Let's break down their key components:

• End-effectors: These are the gripping mechanisms that attach to the robot's arm and allow it to grasp and hold objects. Different types of end-effectors include vacuum grippers for smooth objects, force-controlled grippers for objects of various shapes and sizes, and magnetic grippers for ferrous objects with magnetic surfaces.
• Joints: These are the flexible connectors that allow the robot's arm to move and maneuver. The number and type of joints determine the arm's range of motion and overall dexterity.
• Motors: They drive the robot's movement, converting electrical energy into mechanical motion, enabling the robot to precisely position its arm and grip objects.

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What is an Industrial Pick and Place robot?

An Industrial Pick and Place robot is a specialized robotic arm typically mounted on a stable stand with end-effectors that allow it to grasp and move objects from point A to point B. 

These automated machines utilize end-effectors like vacuum grippers, force-controlled grippers, or magnetic grippers to grab items, and then maneuver them as needed. They can either operate on a fixed path or use sensors to adjust to varying positions. 

If you're a logistics or manufacturing professional, you probably can give us a TED talk about the pick and place process. But, an Industrial Pick and Place robot can help you supercharge your workflow by operating fast, accurately, and around the clock.

Let's take a look at how.

How can an Industrial Pick and Place robot help logistics? 

Robot arms have several advantages over human labor, such as: 

• Higher throughput and productivity because they can operate continuously without those pesky smoke breaks.
• Improved precision. Robots are fantastic at high-precision tasks and can place objects exactly where needed over and over again.
• Better use of space. An Industrial Pick and Place robot can reach areas that may be difficult or outright dangerous for humans. 
• They save time and money. Although at first, you may need to pay a pretty penny, you will save money in the long run due to reduced labor costs and increased efficiency. 

Furthermore, you can use an Industrial Pick and Place robot for a wide range of applications. These versatile systems can streamline your picking, packing, and palletizing processes to optimize productivity. 

If you're looking to implement robotics in your workspace, understanding your options is essential to finding what works for you.

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Types of Industrial Pick and Place robots

There are several types of Pick and Place robots, each with its specialties and strengths.

Robotic arms: The most common type, used for basic single-plane pick and place tasks. Five-Axis arms handle standard tasks, while Six-Axis arms handle more complex ones.

Cartesian robots: Similar to Six-Axis arms but move in even more planes of motion, offering better positioning accuracy.

Delta robots: Equipped with advanced vision technology to identify and pick items based on size, shape, and color. Ideal for assembly and packaging applications.

Fast pick robots: Perfect for high-volume applications, picking up to 300 items per hour from a pool of up to 8 SKUs. Great at handling fast-moving items like promotional products or batteries.

Collaborative robots: Work alongside humans, optimizing routes and guiding associates through tasks, boosting efficiency and productivity.

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What can you use Industrial Pick and Place robots for?

While the most common use of Industrial Pick and Place robots is manufacturing, they have many possible applications. 

Their built-in versatility and precision make them perfect tools for various industries, such as: 

• Assembly: Pick and Place robots are widely employed in assembly lines to streamline the process of joining components. They grab incoming parts from conveyors or designated locations and precisely position them for assembly.
• Packaging: These robot arms pick up products from incoming sources and place them immaculately in designated containers.
• Bin picking: Advanced vision systems enable industrial Pick and Place robots to identify, grasp, and extract specific items or parts based on their color, shape, size, or other distinguishing features. Then, these extracted items go on to further assembly or packaging. '
• Quality control: Pick and Place robots can precisely pick up products and meticulously scan them for flaws to remove any defective items from the production line.

Top 5 places to buy a robot arm online in

• Standard Bots: Powerful and affordable US-made, AI-powered robotic solutions with expert support for various applications, class-leading power and precision and an incredibly-affordable price point.
• RobotIQ: User-friendly robotic accessories that empower robots for diverse tasks with intuitive software.
• OnRobot: Pre-assembled end-of-arm tooling solutions for fast and easy robot deployment with minimal technical expertise.
• Yaskawa: Reliable and innovative Industrial robots offering a diverse portfolio for various applications with global support.
• RobotShop: A one-stop shop for all things robotics, catering to every level of interest with a vast selection, user-friendly platform, and supportive community.

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What to look for when buying a robot arm

If you're buying a robot arm, there are a few key things to keep in mind. 

• First, evaluate how much space you have for the robot and give some thought to the reach and number of joints needed for your application.
  
  More joints = greater flexibility and range of motion, but also a larger footprint. For most industrial or hobby needs, a Five or Six-Axis arm with a max reach of 2-3 feet is ideal.
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• Next, think about payload capacity, which translates to how much weight does your robot need to lift and manipulate? 
  
  If it's just picking up small, lightweight objects, a lower payload like 2.5-5 kg will work great and keep costs down. But for handling heavier loads, you'll want an arm with a higher payload capacity, up to 25 kg, or even more for industrial use (Industrial robots get up to 300+ kg).
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• You'll also want to consider the level of precision and repeatability you need. Robot arms range from basic entry-level models to highly precise, stiff arms ideal for industrial automation. 
  
  More precise arms will have tighter tolerances and higher resolution motion controls, but also higher price tags. But, for most hobby and education purposes, mid-level precision is perfectly adequate.
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• Another important factor is the controller and programming options. Many robot arms now offer simple drag-and-drop software to quickly get up and running. 
  
  Some robot arms use dedicated software that allows for detailed programming. Some even offer additional interfaces for coding in languages like Python.
  
  Keep in mind, though, that the best-of-the-best use no-code frameworks that don't require specialized knowledge to operate. 
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• Finally, think long and hard about your budget.
  
  Robot arm prices span a wide range, from a few hundred dollars for a small hobby arm up to $50,000 or more for large industrial models. 
  
  In general, you can expect to pay between $2,000 to $40,000 for a mid-sized arm suitable for small to mid-sized applications. 

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Factors that determine robot arm pricing

The cost of a robot arm can vary significantly depending on several important factors; as a buyer, it's important to understand how these factors influence the final price so you don't go way over your budget.

They are: 

Complexity

Imagine the difference between a simple Pick and lace robot with limited movement for repetitive tasks and a powerful industrial arm built for intricate operations in a factory. 

The complexity of the robot, defined by its degrees of freedom, payload capacity, and overall functionality, significantly impacts its price.

Entry-level arms designed for basic tasks will be the most affordable, while those geared towards complex industrial applications or delicate surgical procedures come at a premium.

For more industrial robot arminformation, please contact us. We will provide professional answers.

What's the brand's reputation?

Just like any other technology, established brands and providers with a proven track record of quality and performance will go for a higher price. 

These brands have earned their stripes through years of commitment to reliable performance, durable construction, and rigorous safety certifications. 

Does this mean you shouldn't pay attention to newer brands or distributors? Of course not, but always make sure you ask around and look at reviews (and yes, even newer companies have reviews). 

More options mean more cost

Think of robot arms like cars. The more features they pack, the higher the price tag. 

Advanced features like multiple end-effectors (different grasping tools), sophisticated sensors for force control or object recognition, and powerful software platforms all contribute to the overall cost.

While basic arms might only come with a simple gripper, others offer a diverse arsenal of interchangeable tools, expanding their capabilities ' and driving up the price.

Customization: Off-the-shelf vs bespoke

Imagine buying a pre-made suit versus having one tailored specifically for you. The same principle applies to robot arms.

Off-the-shelf robots, built with standard configurations, are the most affordable option. (Which doesn't mean 'cheap.')

However, if you need a robot arm designed to meet specific size, shape, or performance requirements, customization comes into play. This engineering process significantly drives up the cost, as it involves tailored design and development to meet your unique needs.

Standard Bots isn't your average robot supplier; they're the engineers behind the RO1, a Six-Axis robot that packs serious muscle without breaking the bank. 

This robot arm has lightning-fast movements (with high repeatability) for efficient operations, heavy-duty lifting capacity (18kg)  for a variety of tasks and pinpoint precision for consistent results, and cutting-edge self-learning AI comparable to GPT-4.

Standard Bots also understand that integrating a robot into your workflow can be daunting. 

That's why they offer:

• Customizable solutions: Tailor RO1 to your specific needs with various add-ons and configurations.
  
  Accessible pricing, starting at half the cost of their competitors, and a lease model as low as $5/Hr. 

• Expert support: Their team of specialists is there to guide you through installation, programming, and ongoing maintenance, for a smooth transition and optimal performance.

JR Automation has made a name for itself as one of the leading robotics integrators, with a global presence and authorized integration deals with major suppliers. 

Their main strengths are: 

• Extensive experience: JR Automation has a proven track record across various industries, from automotive giants to food and beverage manufacturers ' making them a great fill for mid to large-scale automation projects. 
• Multi-brand expertise: Unlike some manufacturers who only offer their own robots, JR Automation works with well-established brands like FANUC, ABB, and Yaskawa. 
  
  This flexibility allows them to tailor the robotic solution to your specific needs and budget.

• Comprehensive services: JR Automation goes beyond simply supplying robots. They offer a full spectrum of services, including engineering, integration, and ongoing support. 
  
  While their services may not be the most budget-friendly option, the expertise, flexibility, and comprehensive approach make up for it. 

While more 'niche' than JR, ATS automation has made a name for itself as a multifaceted provider in the automation arena. 

Hallmarks of their success:

• Global reach: ATS Automation has a well-established presence across the globe, making them a strong choice for companies with international operations or aspirations. 
• Diversified solutions: Their offerings encompass not only robotic integration but also design and manufacturing capabilities; This integrated approach allows them to provide a holistic solution, from concept to implementation. 
• Industry expertise: ATS Automation has honed in various high-stakes sectors, including the ever-evolving automotive industry, the demanding aerospace sector, and the healthcare domain.

While their solutions might involve a larger investment compared to some competitors, the comprehensive approach, global reach, and industry-specific expertise offered by ATS Automation can be a valuable asset for companies looking to scale.

Yaskawa is a name that's pretty much synonymous with reliability and innovation in the world of robotics.

For decades, this Japanese titan has been building Industrial robots that are the workhorses of countless factories and production lines. 

Their diverse portfolio caters to a huge range of applications, including:

• Assembly lines: Yaskawa robots have extremely precise and efficient handling of components, which enables smooth-as-butter production processes.
• Material handling: From heavy lifting to intricate part manipulation, Yaskawa robots offer the power and versatility to handle a wide range of tasks. 
• And many more: Their range covers various applications, making them a deservedly big name in the automation space. 

Also, Yaskawa is constantly pushing the boundaries of technology, developing cutting-edge solutions that address evolving industry needs. 

Keep in mind, though, that their robots tend to come with a hefty price tag. 

Their three flagship models are:

• MOTOMAN GP Series
• MOTOMAN MH Series
• MOTOMAN SCARA Series

Whether you're a seasoned industrialist seeking advanced solutions or a curious hobbyist just starting your exploration, RobotShop caters to all levels of interest and expertise.

They have a vast selection of: 

• Industrial robots: With a comprehensive range of robots from leading and 'B' brands, suitable for various industrial applications and automation needs.
• Educational kits: Perfect for learning the fundamentals and experimenting with different functionalities.
• Hobbyist kits: Not really ready to enter the professional automation sphere? RobotShop's hobbyist kits let you build and program your own robots, fostering hands-on learning and exploration.

Additionally, their large online community provides a platform to connect with other robotics enthusiasts, share experiences, collaborate on projects, and get the latest news in the robotics space.

The company is the world’s best 10kg stamping manipulator supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.