Main Developer at a transportation company with 11-50 employees
Real User
Top 5
Jul 7, 2026
My main use case for Tulip is that I was the main developer and I am in charge of working with Tulip to implement it in our workstation on the production line, just to be used by the operator. A quick specific example of how Tulip is used by operators on the production line is that it is used to have the traceability of that specific component or what is the current status of that line, about how many processes we have, how many operators we are running, how much time a specific operation takes, and information about time.
Our main use case for Tulip is to train people on how to unify lean and technology together so that people don't think they have to do just lean or just technology. Our use case was somewhat unconventional. We use Tulip as the backbone to set up scheduling and determine what products need to be run in what order. We also use it to run through instructions for how to assemble the product and conduct quality checks, using pictures to store quality check documentation. We are using Tulip as a representation of systems and not necessarily Tulip itself, but to help people understand the ability to make products themselves, the DIY software adaptability, and how it can help.
Student at a healthcare company with 201-500 employees
Real User
Jul 4, 2026
I had a university project to create a particular MES application using Tulip for a project. I mainly worked on creating MES applications for assembly processes, resource management, and machine maintenance using Tulip, which proved to be very useful for that.
Tulip is a composable MES platform that can tackle multiple use cases. We primarily use it for digital shop floor applications designed for frontline operators who need a screen and user interface to interact with both machine data and business data. This enables us to create various use cases including digital work instructions and overall equipment efficiency for machines. Tulip also serves as an additional layer for integrating with laboratory information management systems or ERP systems, making it highly versatile. At one of our customers, we are currently creating the blueprint to replace their complete MES with Tulip, which represents a very different approach with composable MES compared to monolithic products. Using Tulip for this customer, we start by blueprinting the order initiation through integration with an ERP system and focusing on the workflow of an operator who starts an order on the production line. We then work on order execution, covering everything an operator does and needs to enter into a system when the order is being executed. After passing through the order registration, the system confirms back to the ERP what raw materials were used.
Senior Solution Engineer at a tech services company with 51-200 employees
Real User
Top 5
Jun 15, 2026
My main use case for Tulip is creating applications for the pharma industry, which falls under GMP requirements, and this is the purpose of using Tulip in my current role. Currently, I am using Tulip to create an application that involves different workflows and data insertion with associated alerts for different executions. It has been used mainly for application purposes across different parts of the industry, where we create smaller applications to serve our business case. In terms of how my team uniquely uses Tulip, I have been using it in my role as a developer to create different steps and screens to capture different units and input from users while following GMP guidelines. We have been using it to store data into different Tulip tables as well as barcode scanner devices with optical input sections.
Tulip is an innovative platform designed to enhance manufacturing operations by integrating core functionalities that streamline process management and data collection.Tulip offers a dynamic approach to manufacturing tasks. By providing users with tools to build applications without code, Tulip optimizes production lines and enhances workforce efficiency. Users often highlight the platform's ability to aggregate real-time data for better decision-making and its ease of customization. Despite...
My main use case for Tulip is that I was the main developer and I am in charge of working with Tulip to implement it in our workstation on the production line, just to be used by the operator. A quick specific example of how Tulip is used by operators on the production line is that it is used to have the traceability of that specific component or what is the current status of that line, about how many processes we have, how many operators we are running, how much time a specific operation takes, and information about time.
Our main use case for Tulip is to train people on how to unify lean and technology together so that people don't think they have to do just lean or just technology. Our use case was somewhat unconventional. We use Tulip as the backbone to set up scheduling and determine what products need to be run in what order. We also use it to run through instructions for how to assemble the product and conduct quality checks, using pictures to store quality check documentation. We are using Tulip as a representation of systems and not necessarily Tulip itself, but to help people understand the ability to make products themselves, the DIY software adaptability, and how it can help.
I had a university project to create a particular MES application using Tulip for a project. I mainly worked on creating MES applications for assembly processes, resource management, and machine maintenance using Tulip, which proved to be very useful for that.
Tulip is a composable MES platform that can tackle multiple use cases. We primarily use it for digital shop floor applications designed for frontline operators who need a screen and user interface to interact with both machine data and business data. This enables us to create various use cases including digital work instructions and overall equipment efficiency for machines. Tulip also serves as an additional layer for integrating with laboratory information management systems or ERP systems, making it highly versatile. At one of our customers, we are currently creating the blueprint to replace their complete MES with Tulip, which represents a very different approach with composable MES compared to monolithic products. Using Tulip for this customer, we start by blueprinting the order initiation through integration with an ERP system and focusing on the workflow of an operator who starts an order on the production line. We then work on order execution, covering everything an operator does and needs to enter into a system when the order is being executed. After passing through the order registration, the system confirms back to the ERP what raw materials were used.
My main use case for Tulip is creating applications for the pharma industry, which falls under GMP requirements, and this is the purpose of using Tulip in my current role. Currently, I am using Tulip to create an application that involves different workflows and data insertion with associated alerts for different executions. It has been used mainly for application purposes across different parts of the industry, where we create smaller applications to serve our business case. In terms of how my team uniquely uses Tulip, I have been using it in my role as a developer to create different steps and screens to capture different units and input from users while following GMP guidelines. We have been using it to store data into different Tulip tables as well as barcode scanner devices with optical input sections.