Leanworx SaaS Pricing
Price are valid up-to 30 March 2026
#3: User responsibility and connectivity
3a. Connecting machines without Ethernet
3b. Connecting machines with Ethernet
#4: Software Modules and what they offer
4a. Module 1 : Machine Utilization
4b. Module 2 : Machine Productivity
4c. Module 3 : Operator Productivity
4d. Module 4 : Machine Maintenance
8a. Presentation File
8b. Sample Report
8c. One Page Brochure
8d. Company Profile
#09: Email To Leanworx
1. SaaS End User Pricing per machine per month. Paid annually
| Leanworx software modules | US$ |
|---|---|
| Module 1 : Machine Utilization | $75 |
| Module 2 : Machine Productivity | $15 |
| Module 3 : Operator Productivity | $15 |
| Module 4 : Machine Maintenance | $15 |
| Real-time Andon Boards | $10 |
| Customized Dashboards | $10 |
- Subscription is monthly per machine, billed and payable annually.
- Buying the Leanworx MODULE 1 is a must, to start with.
- Other add-on software modules are optional and can be added on, anytime later
- License to use the selected Leanworx platform modules for a period of one year.
- Unlimited online technical support for software-related issues during the license term.
- Up to six hours of live online training on the use of the software, at no additional cost.
- 500 MB of data storage per machine hosted on Microsoft Azure Cloud services.
- All software updates, bug fixes, and minor functional enhancements included at no extra charge.
- The license term begins on the activation date and is renewable annually.
- Data is stored on Microsoft Azure using global industry-standard security practices.
3. User responsibility and connectivity
3a. Connecting machines without Ethernet
a. The User shall buy an IIoT or a PLC locally and wire them to each machine. Shall provide continuous, stable power supply necessary for their reliable operation.
b. The User shall be responsible for wiring a IIoT device or a PLC on each applicable machine and shall provide and maintain a continuous, stable power supply necessary for their reliable operation.
| Machines | Type of 24V signals to be provided by User |
|---|---|
| CNC machines | Cycle ON, Cycle OFF (M30), Spindle ON/OFF, Pallet change |
| Die Casting | Die open, die close, ejector pin, auto mode, or any other |
| Injection Molding | Die open, die close, ejector pin, auto mode, or any other |
| Presses | Ram up, Ram down, gauge forward or backward, sensors |
c. Leanworx is designed for Do-It-Yourself (DIY) installation using IIoT or PLC by the User’s in-house maintenance personnel. Leanworx shall provide guidance or documentation for such installation; however, responsibility for PLC placement, wiring, electrical connections, machine safety, data accuracy, and any resulting in machine downtime shall remain with the User or any third-party service provider engaged by the User.
d. The User shall ensure that all machines are connected to a LAN supported by an DATA COLLECTOR PC (Intel Core i7 processor, 16GB RAM, 512GB RAID, Windows 11) supported by stable and 24×7 internet connectivity.
e. The user shall provide a TABLET or a PC at every machine with a Browser and Internet connectivity
for machine operator interact with the Leanworx.
f. The User shall provide and install a large television and shall ensure uninterrupted 24×7 broadband internet connectivity for the real time Andon display.
g. The User shall ensure that all site prerequisites, including space, power, safety, access, and site readiness, are fully completed prior to commencement of installation work.
3b. Connecting Machines with Ethernet Ports
a. The User shall ensure that the Ethernet ports on CNC or PLC systems of the machines are working and the necessary protocols licenses (see below) are enabled by the OEM on the CNC systems.
| CNC systems | Ethernet Protocol licenses by OEM |
|---|---|
| Fanuc | FOCAS |
| Siemens, Brother D00 | OPC/UA |
| HAAS NGC, DMG, MAZAK, HURCO Mitsubishi M80 | MTConnect |
| PLC Systems | Ethernet Protocol licenses by OEM |
| Siemens | Profibus |
| Delta, Allen Bradley, Mitsubishi | MODBUS, TCP/IP |
b. The User shall ensure that all machines are connected to a LAN supported by an DATA COLLECTOR PC (Intel Core i7 processor, 16GB RAM, 512GB RAID , Windows 11 ) supported by stable and continuous internet connectivity.
c. For machines equipped with an operational Ethernet port, the User shall provide a working Ethernet network point at the machine location with continuous power and network connectivity. Leanworx shall configure the software platform and validate receipt of data from the Ethernet interface. Network availability, cabling, switches, firewalls, IT policies, and related infrastructure shall remain under the User’s control and responsibility.
d. The user shall provide a TABLET or a PC at every machine with a Browser and Internet connectivity for machine operator interact with the Leanworx.
e. The User shall provide and install a large television and shall ensure uninterrupted 24×7 broadband internet connectivity for the real time Andon display.
f. The User shall ensure that all site prerequisites, including space, power, safety, access, and site readiness, are fully completed prior to commencement of installation work.
4. Software modules and what they offer
|
|
|||
|---|---|---|---|
| Reports | Mobile alerts | ||
| MUR1 | Hourly parts count report | MUA1 | Shift target shortfall |
| MUR2 | Batch-wise production report | MUA2 | Shift target completed |
| MUR3 | Cycle time details report | MUA3 | Downtime due to specific reason |
| MUR4 | Downtime analysis Pareto / pie | MUA4 | Abnormal downtime |
| MUR5 | Big downtimes report | MUA5 | Abnormal cycle time |
| MUR6 | Downtimes at shift change | MUA6 | Abnormal load-unload time |
| MUR7 | Historical KPI trends | MUA7 | Abnormal setup time |
| MMR4 | AM completion status report | MUA8 | Job start / Batch start |
| PSR2 | Tool and oil consumption incidents | MUA9 | Job end / Batch end |
| PSR3 | Tool and oil consumption trend | PSA1 | Consumable change |
| PSR4 | Energy consumption report | ||
| PSR5 | Energy comparison trend | ||
| Dashboards | |||
| MUD1 | Production dashboard – Manager | ||
| MUD2 | Production dashboard – Supervisor | ||
| MUD3 | Machine run status bar | ||
| Online Viewing at the operator | |||
| PSD2 | Machines maintenance PDF manuals | ||
| PSD3 | Machine maintenance videos | ||
| PSD4 | One min training videos | ||
| PSD5 | Part drawing | ||
| PSD6 | Process sheet | ||
| PSD7 | Inspection sheet and tools list | ||
| PSD8 | Control charts | ||
| PSD9 | Autonomous Maintenance checklist | ||
| PSD10 | Autonomous Maintenance checklist | ||
|
|
|||
|---|---|---|---|
| Reports | Mobile alerts | ||
| MPR1 | OEE, A, P, Q analysis | MPA1 | Abnormal rejection % |
| MPR2 | OEE, A, P, Q comparison – machines | MPA2 | Rejection for specific reason |
| MPR3 | OEE, A, P, Q comparison – cells, shops | MPA3 | Spindle utilization low |
| MPR4 | Revenue loss report | MPA5 | Part rejected |
| MPR5 | Spindle utilization report | MPA6 | Machine On / Off |
| MPR6 | Rejection reasons analysis Pareto, Pie | MPA7 | OEE below target |
| MPR7 | Rejection report | MPA8 | Spindle utilization below target |
| MPR8 | Plant summary report | PSA2 | Inspection data |
| PSR1 | Inspection data report | PSA3 | Inspection done |
| Dashboards | |||
| MPD1 | Productivity dashboard – Manager | ||
| MPD2 | Machine run status bar | ||
| MPD3 | Quick favourite reports | ||
| Reports | Mobile alerts | ||
|---|---|---|---|
| OPR1 | Operator downtime comparison | OPA1 | No operator login |
| OPR2 | Operator planned vs actual | OPA2 | Operator logged in |
| OPR3 | Supervisor efficiency report | OPA3 | Operator logged out |
| OPR4 | Incentives report for HR | OPA4 | Production below target |
| OPA5 | Rejection too high | ||
| Dashboards | |||
| OPD1 | Operator scoreboard | ||
| Reports | Mobile alerts | ||
|---|---|---|---|
| MMR1 | Maintenance incidences report | MMA1 | Machine breakdown |
| MMR2 | MTBF, MTTR, MTTA report | MMA2 | Ticket not opened |
| MMR3 | MTBF, MTTR, MTTA trend report | MMA3 | Ticket not closed |
| MMR4 | AM completion status report | MMA4 | Ticket not approved |
| Dashboards | MMA5 | Maintenance started | |
| MMD1 | Maintenance dashboard | MMA6 | Maintenance approved |
| MMD2 | PM pending notification | ||
5. Real-time Andon Board
Leanworx provides a configurable real-time ANDON display on a big internet-connected TV, showing live machine status, parts count, downtime, operator and machine name, OEE, and planned vs actual production for instant visibility and driving faster decisions.
6. Customized Dashboard
Leanworx offers a customized, interactive Big Data analytics dashboard built on Microsoft Power BI, enabling deep insights into production, OEE, downtime trends, operator performance, and planned vs actual analysis. The dashboard is fully configurable to business needs for smarter decision-making. A valid Power BI license is required to access and use the dashboard.
7. Schematic connectivity diagram
