Off-line Programming (OLP) is a method of programming robots outside of the robotic cell, in what they call "off-line". The main benefits of OLP is that the robot is still operating from the previous program while a new program is being edited. This means that while the engineer is able to program a new part or even streamline the current program, the robot is still functioning and producing parts the same way as it has been. Using OLP, the engineer is able to visualize most, if not all, aspects of how the robot will function in real life through the software. This includes:
- Simulation
- Collision detection
- Material usage
- Layup time
- Waste estimation
To answer this question, there are a few things you need to determine beforehand.
According to researchers "selecting the right solution is an exhausting process for companies. Improper selection may result in wrong strategic decisions with subsequent economic loss to the organization."
This doesn't just apply to financial implications, but also personnel attitude towards the company.
The way to make the right selection, as with solving any engineering problem, is by asking the right questions. For the purpose of this article, we are going to take the viewpoint of implementing an ATL/AFP process, which requires an OLP software to reap the full benefits.
In other words, what do I need the software to do upon installation, and what might I need it to do as my company develops and improves its offerings? What robotic ecosystem are you currently using? Are you satisfied with it? Do you plan on staying with that ecosystem in the future?
It is important to determine long term plans, as not all OLP supports every robotic language. Some of the larger tape laying system suppliers have exclusive contracts with robot manufacturers, forcing their customers to enter a specific robotic ecosystem. This makes cell installation much simpler, as it comes all as a singular package. But if that ecosystem isn't what the company is used to, there will be a steep learning curve, delaying operations even longer.
How often have you tried calling tech support for an issue? How long has it taken to even get ahold of anyone, never mind the appropriate person. In a production environment where your company depends on consistent operation, you don't have time to waste finding the appropriate service help.
Some entry-level OLP softwares offer a low level of support, or none if it is open sourced. You need to trust that your OLP supplier is able to support you when you run into any sort of issue.
You also want to make sure you know how long their support lasts. Sometimes a single purchase will provide lifetime support for updates, other times you will need to signup for regular updates at an additional cost.
Even with the best tech support available, I often find myself browsing forums with users of the software in question, as they have oftentimes run into similar issues and have found ways to bypass, or even fix, the issue you are having.
Communities can take different forms, whether it's dedicated forums, video updates on new releases, or even just a constant social media presence. You need to make sure that if the company isn't available right when you need them, you have the best chance of finding the answer elsewhere.
The ideal situation is you purchase an OLP software that seamlessly fits right where it needs to without additional installations and engineer downtime. Most OLP software functions with a plugin on top of any one of many available CAD programs. This ensures that you don't have to change the CAD system of your entire company, just to incorporate this one change.
While it may not be possible, other than coincidence, that the OLP software is a direct plugin to your current CAD system, you want it to be as painless as possible to move models from one to the other.
As with every business decision, it is important to determine the ROI, and a primary portion of this is the cost of product acquisition. Does it make sense to make this purchase? Will it set my company back financially? Will I be profitable while using this OLP?
It is important to see if the company lists the OLP prices on their website, and what is included with each option. Many OLP software providers make it extremely difficult, if not impossible, to find their prices online. Some will even require you to make additional purchases for specific add-ons (ie welding, 3d printing, machining, etc.) making the overall cost add up quickly.
The best way to determine whether or not this is what you need is by trying it out. You can watch all the videos you want on it, but you can't get a feel for it until you sit in the drivers seat.
You really want to make sure the software has a full access free trial before making the decision to purchase. Take it for a spin and see what the OLP can do for you.
If you still have questions on OLP functionality and integration, let the team at Addcomposites point you in the right direction! We have built AddPath from the ground up with accessibility in mind; both financially and user-friendliness. As with most OLP systems, it is built as a plug-in for a 3D modeling software, and we have chosen Rhinoceros 3D for a number of reasons. The main reasons for this decision are: it's affordable, has an open interface, and is highly customizable. AddPath is currently available only for KUKA robots operating with a KR C4 controller, but plans are in place to improve the communications to FANUC and ABB robots in the coming year. More details will be made available as they arise.
Our support service is very comprehensive, with updates and maintenance coming to you at no charge for three years, with the option to continue updates on a yearly basis. Our philosophy is that by providing an open platform for experimentation built on the widely used Rhino 3D, you will be able to realize benefits and share them with other AddPath users, building the best community of innovators in the tape laying industry.
At the moment, AddPath is only for tape laying purposes, as that is our main area of business. In order to excel, we believe that we should focus on what we do, without offering too many extra add-ons that you don't need.
The best part of AddPath OLP, is that you can download it for a free month of layup planning, waste estimations, and experimentation; just reach out to us! If you decide to continue using it, we offer different package options on a subscription basis, or you can decide to purchase it separately and integrate it into your own in-house developed tape laying system.
At Addcomposites, we want to earn your trust. The only way to do that is by offering the best support to our customers of all sizes and providing an easy to use, intuitive OLP software that just simply works.
Reach out to us to get started today!
Off-line Programming (OLP) is a method of programming robots outside of the robotic cell, in what they call "off-line". The main benefits of OLP is that the robot is still operating from the previous program while a new program is being edited. This means that while the engineer is able to program a new part or even streamline the current program, the robot is still functioning and producing parts the same way as it has been. Using OLP, the engineer is able to visualize most, if not all, aspects of how the robot will function in real life through the software. This includes:
- Simulation
- Collision detection
- Material usage
- Layup time
- Waste estimation
To answer this question, there are a few things you need to determine beforehand.
According to researchers "selecting the right solution is an exhausting process for companies. Improper selection may result in wrong strategic decisions with subsequent economic loss to the organization."
This doesn't just apply to financial implications, but also personnel attitude towards the company.
The way to make the right selection, as with solving any engineering problem, is by asking the right questions. For the purpose of this article, we are going to take the viewpoint of implementing an ATL/AFP process, which requires an OLP software to reap the full benefits.
In other words, what do I need the software to do upon installation, and what might I need it to do as my company develops and improves its offerings? What robotic ecosystem are you currently using? Are you satisfied with it? Do you plan on staying with that ecosystem in the future?
It is important to determine long term plans, as not all OLP supports every robotic language. Some of the larger tape laying system suppliers have exclusive contracts with robot manufacturers, forcing their customers to enter a specific robotic ecosystem. This makes cell installation much simpler, as it comes all as a singular package. But if that ecosystem isn't what the company is used to, there will be a steep learning curve, delaying operations even longer.
How often have you tried calling tech support for an issue? How long has it taken to even get ahold of anyone, never mind the appropriate person. In a production environment where your company depends on consistent operation, you don't have time to waste finding the appropriate service help.
Some entry-level OLP softwares offer a low level of support, or none if it is open sourced. You need to trust that your OLP supplier is able to support you when you run into any sort of issue.
You also want to make sure you know how long their support lasts. Sometimes a single purchase will provide lifetime support for updates, other times you will need to signup for regular updates at an additional cost.
Even with the best tech support available, I often find myself browsing forums with users of the software in question, as they have oftentimes run into similar issues and have found ways to bypass, or even fix, the issue you are having.
Communities can take different forms, whether it's dedicated forums, video updates on new releases, or even just a constant social media presence. You need to make sure that if the company isn't available right when you need them, you have the best chance of finding the answer elsewhere.
The ideal situation is you purchase an OLP software that seamlessly fits right where it needs to without additional installations and engineer downtime. Most OLP software functions with a plugin on top of any one of many available CAD programs. This ensures that you don't have to change the CAD system of your entire company, just to incorporate this one change.
While it may not be possible, other than coincidence, that the OLP software is a direct plugin to your current CAD system, you want it to be as painless as possible to move models from one to the other.
As with every business decision, it is important to determine the ROI, and a primary portion of this is the cost of product acquisition. Does it make sense to make this purchase? Will it set my company back financially? Will I be profitable while using this OLP?
It is important to see if the company lists the OLP prices on their website, and what is included with each option. Many OLP software providers make it extremely difficult, if not impossible, to find their prices online. Some will even require you to make additional purchases for specific add-ons (ie welding, 3d printing, machining, etc.) making the overall cost add up quickly.
The best way to determine whether or not this is what you need is by trying it out. You can watch all the videos you want on it, but you can't get a feel for it until you sit in the drivers seat.
You really want to make sure the software has a full access free trial before making the decision to purchase. Take it for a spin and see what the OLP can do for you.
If you still have questions on OLP functionality and integration, let the team at Addcomposites point you in the right direction! We have built AddPath from the ground up with accessibility in mind; both financially and user-friendliness. As with most OLP systems, it is built as a plug-in for a 3D modeling software, and we have chosen Rhinoceros 3D for a number of reasons. The main reasons for this decision are: it's affordable, has an open interface, and is highly customizable. AddPath is currently available only for KUKA robots operating with a KR C4 controller, but plans are in place to improve the communications to FANUC and ABB robots in the coming year. More details will be made available as they arise.
Our support service is very comprehensive, with updates and maintenance coming to you at no charge for three years, with the option to continue updates on a yearly basis. Our philosophy is that by providing an open platform for experimentation built on the widely used Rhino 3D, you will be able to realize benefits and share them with other AddPath users, building the best community of innovators in the tape laying industry.
At the moment, AddPath is only for tape laying purposes, as that is our main area of business. In order to excel, we believe that we should focus on what we do, without offering too many extra add-ons that you don't need.
The best part of AddPath OLP, is that you can download it for a free month of layup planning, waste estimations, and experimentation; just reach out to us! If you decide to continue using it, we offer different package options on a subscription basis, or you can decide to purchase it separately and integrate it into your own in-house developed tape laying system.
At Addcomposites, we want to earn your trust. The only way to do that is by offering the best support to our customers of all sizes and providing an easy to use, intuitive OLP software that just simply works.
Reach out to us to get started today!