--- title: "Manufacturing Time Tracking Software: 7 Types for CNC Shops" description: "Mobile clock-in, badge readers, ERP/MES, cloud: compare 7 types of manufacturing time tracking software for CNC shops and plan your pilot." image: https://www.jitbase.com/hubfs/manufacturing-time-tracking-software-hero.webp --- [+1 438 942-8501](tel:+1%20438%20942-8501) [Log In](https://app.jitbase.com/) - [English](https://www.jitbase.com/blog/manufacturing-time-tracking-software) - [Français](https://www.jitbase.com/fr/blog/logiciel-gestion-temps-de-travail-usine) [![JITbase black logo](https://www.jitbase.com/hs-fs/hubfs/Logos/jitbase-logo-black-horiz.webp?width=175&height=88&name=jitbase-logo-black-horiz.webp)](https://www.jitbase.com) - Solutions Back ##### [Machine Monitoring](https://www.jitbase.com/machine-monitoring) - ##### [Machine Monitoring](https://www.jitbase.com/machine-monitoring) Back - [Live Dashboard](https://www.jitbase.com/machine-monitoring) - [Track OEE](https://www.jitbase.com/machine-monitoring#Track-OEE) - 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[English](https://www.jitbase.com/blog/manufacturing-time-tracking-software) - [Français](https://www.jitbase.com/fr/blog/logiciel-gestion-temps-de-travail-usine)   [Book a demo](https://www.jitbase.com/demo) [Connect Machines for Free](https://sso.jitbase.com/realms/webapp/protocol/openid-connect/registrations?client_id=website-registration&response_type=code&scope=openid&redirect_uri=https://admin.jitbase.com) ![Manager with a tablet talking with an operator in front of a CNC machine: manufacturing time tracking software with JITbase](https://www.jitbase.com/hubfs/manufacturing-time-tracking-software-hero.webp) Blog [Labor Management](https://www.jitbase.com/blog/tag/labor-management) # Manufacturing Time Tracking Software: 7 Types for CNC Shops [*written by* Judicael Deguenon on October 19, 2026](https://www.jitbase.com/blog/author/judicael-deguenon) Choosing **manufacturing time tracking software** for a CNC shop or a factory is about much more than counting hours of attendance. For a production manager, a shop supervisor or a planner, the right tool changes a lot. It improves the reliability of hours, the quality of payroll data and the visibility on workload, and it makes it possible to compare operator time with machine time. This guide reviews 7 types of shop floor time tracking software. It stays practical: what works in a machine shop, what causes problems and what to check before launching a pilot. It also helps you pick a factory time tracking solution that stays simple at the workstation. **Key takeaways:** - The best choice depends on your dominant need: payroll, mobility, ERP or MES integration, or accuracy between machine time and operator time. - In a CNC shop, useful software limits re-entry and connects to the ERP, the MES or the work orders. - Before buying, test on a small scope for 2 to 8 weeks and compare the real quality of the data that comes back. ## How to choose manufacturing time tracking software ### Why track time on the shop floor On the shop floor, tracking hours is not only about recording time. It helps load workstations better, understand the gap between planned and actual, make absences reliable and feed payroll without constant rework. Some employees clock in at the entrance, others change machines several times a day, and others alternate between methods, inspection and production. Without the right tool, the subject gets complicated quickly. This guide compares types of solutions, not just vendor names, based on the real uses of a subcontracting or machining shop. To see how two well-known tools compare in practice, also read our [comparison of two popular hourly workforce tools for small businesses](https://www.jitbase.com/blog/homebase-vs-quickbooks-time). ### Time tracking software: the criteria to cover Five criteria make it possible to sort quickly: - The **hour calculation rules**: rounding, overtime, premiums and breaks. - **ERP and MES integration**, and the ability to avoid double entry. - The accuracy of **shop floor time tracking**, separating machine time from human time where possible. - Mobility, useful for multi-site teams or supervisors who move around. - Total cost, which includes installation, support, setup and training. ### Overview of the 7 types of solutions | Type of solution | Best for | Main strength | What to check | | --- | --- | --- | --- | | 1. Mobile clock-in | Operators who change workstations | Flexibility, fast rollout | Offline mode, payroll exports | | 2. Badge reader or kiosk | Shop entrance, large teams | Same gesture for everyone | Installation cost, link to the central software | | 3. ERP and MES integration | Tying hours to work orders | Less double entry | Matching of codes | | 4. Cloud and SaaS | Multi-site shops | Central access, updates | Hosting, backups, data export | | 5. Payroll and time suites | Small shops with administrative needs | Simpler path to payroll | Export flexibility | | 6. Terminal at the machine | Clocking on the work order without paper | Input where the time is spent | Input speed with gloves | | 7. Machine and operator measurement | Recalculating standard times | Times closer to reality | Data granularity | ## 1. Mobile clock-in and operator apps ### How mobile clock-in works These tools rely on a mobile app, a shared tablet or a simple web interface. Clocking in is done with a PIN code, a QR code or a virtual badge, sometimes with an offline mode. It is often the fastest option to deploy, especially if the company already has work phones or tablets on the floor. They suit shops where operators change workstations, maintenance teams and supervisors who move around. They advantageously replace paper sheets and limit the frequent omissions seen with spreadsheets. If the subject is debated internally, the comparison of [time tracking software versus manual timesheets](https://www.jitbase.com/blog/time-tracking-vs-manual-timesheets-payroll-errors) helps put numbers on the gaps in reliability and administrative time. ### The main advantage: flexibility A mobile app adapts well to an environment where teams do not stay in the same place all day. Some solutions sync punches as soon as a connection returns, which avoids blocking use in a production area with poor Wi-Fi coverage. Ergonomics matter too. Good attendance tracking software must let people clock in fast, with few screens and no heavy training. Otherwise, the tool will be bypassed. ### Use cases and points to check The best use case is the multi-site shop, or one where some employees move from the methods office to the floor. In these contexts, mobility matters more than a fixed terminal. Before choosing, check: - Compatibility with the payroll software or CSV exports. - The ability to add reasons for absence, lateness, breaks or activity changes. - Offline operation, then synchronization. - The readability of the interface with gloves, on a shared screen or in quick use. Once the times are collected, this data also feeds [workload balancing](https://www.jitbase.com/blog/lean-workload-balancing-playbook) and therefore the real distribution of tasks. ## 2. Badge readers and industrial time clocks ### RFID badge, magnetic reader and touch kiosk These are RFID badge readers, magnetic readers and hardened touch kiosks. In many factories, this format remains the reference for recording an entry, an exit or a shift change at a precise point. An industrial time clock offers a quick gesture, in the same place, for everyone, which reassures managers who want a uniform flow with large teams or high staff turnover. ### The main strength: the same gesture for everyone Their strong point is **reliability of use** in a defined setting. A badge reader well placed at the shop entrance or in a circulation area avoids part of the omissions. Industrial models also withstand dust, splashes and temperature variations better than standard office hardware. For some companies, the physical terminal is also easier to get accepted than an app on a personal phone: the rules are visible and identical for everyone. ### Limits: cost and re-entry The cost is not limited to the purchase. You must also think about installation, possible cabling, support and replacing badges or readers. Above all, a badge reader alone does not solve re-entry: if it does not feed the central software, the administrative team or the shop supervisor will still have to patch the pieces together. The right reflex is therefore to validate its integration with the time management system from the start, otherwise the company keeps the flaws of the old system under a more modern look. ## 3. ERP-integrated time tracking software (ERP and MES) ### Tying an hour to a real activity This category groups software able to exchange data with the ERP, the MES, sometimes the production management system, and the work orders. The goal is to tie a punched hour to a real activity: work order, operation, machine, batch, work center or workstation. In a CNC shop, this is often what separates a simple administrative tool from a real management tool. When times flow back correctly, the company compares the planned standard, the declared operator time, the measured machine time and the real progress of manufacturing. ### The gain: less double entry, a better reading of gaps A manager no longer looks only at who is present, but also at where the time goes and why the work order drifts. This is useful for planning, for recalibrating routings, for OEE tracking and for the reliability of standard times. Traceability also improves: if hours are tied to work orders, it becomes simpler to analyze setup drift, indirect time or changeovers that take too long. It is in this spirit that JITbase complements the ERP and the MES: it tracks work orders and operator workload in real time from machine data, which avoids re-entering times by hand. ### Scoping the integration before rollout A native connection often simplifies the project. An API gives more freedom, but requires real matching work: operator codes, work centers, operations, calendars, rounding rules, stop reasons. Before a wide rollout, scope a few simple flows: - Attendance clock-in. - Assignment to a work order. - Output of data to payroll or the ERP. - Comparison between entered times and machine times. To structure this project, our guide on [connecting the shop floor to your ERP and MES without disruption](https://www.jitbase.com/blog/integrate-shop-floor-data-erp-without-disruption) gives a 7-step method. **Tie operator time to your work orders** Follow work order progress and each operator’s workload live, based on the data from your machines. [Discover production and workforce management →](https://www.jitbase.com/workforce-management) ## 4. Cloud and SaaS solutions for multi-site shops ### What vendor hosting changes Cloud or SaaS solutions are hosted by the vendor and accessed through a browser or an app. They appeal to organizations that want a fast rollout, regular updates and multi-site access without heavy local infrastructure. The shop supervisor checks punches from the plant, the administrative team from the office and management from another site. There is no internal server to run just for attendance, and the approval steps for absences or missed punches fit multi-site organizations well. ### Questions to ask the vendor The real advantage is the availability of data in a central setting, but you need to ask the right questions: - Where is the data hosted and what backups are planned? - What does the contract say about service availability? - What level of logging applies to access and changes? - What happens if the company wants to retrieve all its data on exit? If the need goes beyond time tracking and also touches planning or scheduling, this overview of [industrial productivity software](https://www.jitbase.com/blog/best-employee-productivity-software-top-10) serves as a starting point. ## 5. Payroll and time suites for small and mid-size shops ### One tool, from attendance to payroll All-in-one suites bring together clock-in, absences, hour counters and payroll preparation in a single package. For a small manufacturer, the approach looks logical: fewer tools, fewer interfaces, less re-entry. It suits a small administrative team or a company that does not want to multiply vendors. ### Main advantage: a simpler path to payroll Overtime, absences and schedule-related premiums are better structured than with a pile of files. This removes part of the transfer errors between the shop, administration and accounting. In a small or mid-size shop, this type of tool fits when the priority need is administrative: tracking attendance cleanly, preparing payroll and keeping a clear record of approvals. ### When to avoid an all-in-one suite Be careful if the company already has a well-established payroll system or complex production rules. Some suites are very good on the administrative side but less suited to time tracking by work order, workstation or machine. Others lock the company into limited export formats. Before signing, check: - The export formats, CSV or API. - The handling of the company’s own time and overtime rules. - The ability to distinguish attendance time from productive time. - The flexibility of the setup if the shop changes its organization. To connect time, teams and shop schedules, our guide to [workforce planning software for manufacturers](https://www.jitbase.com/blog/best-workforce-planning-software-top-10-picks) completes the analysis. ## 6. Operator terminal at the machine: clocking on the work order ### Capturing time where it happens Instead of clocking in at the shop entrance, the operator uses a screen mounted on the machine or at the workstation. There, they confirm the current work order and report their activity changes, with no paper and no trip back to the office. The input happens when the time is spent, which limits end-of-day omissions and estimates from memory. ### What the operator enters on the screen With JITbase, the operator confirms their own tasks and enters stop reasons directly on the machine screen. They can also tell a breakdown from a planned stop (setup, break, changeover), which avoids mixing very different causes in the same statistics. ![JITbase tablet mounted on a CNC machine showing shift production and planned stops: clocking at the machine with JITbase](https://www.jitbase.com/hs-fs/hubfs/JITbase%20on-machine%20display.png?width=800&name=JITbase%20on-machine%20display.png) ### Points to check for a terminal at the machine - Input speed, including with gloves. - The list of stop reasons, which should be configurable. - The distinction between a breakdown and a planned stop. - The return of the entered times to the work order, the ERP or the MES. Tasks done while the machine is running deserve special attention: our article on [operator tasks during machine run time](https://www.jitbase.com/blog/hidden-time-operator-tasks-cnc-shops) shows how to schedule them. To then measure the real effort of operators, see the [5 operator workload indicators](https://www.jitbase.com/blog/measuring-operator-workload-cnc-shop-indicators). **Track actual times against standard times** Compare actual times with standard times continuously and collect the reasons for excessive times entered by your operators. [Discover production monitoring →](https://www.jitbase.com/production-monitoring) ## 7. Measuring machine time and operator time (G-code cycle time extraction) ### Separating what the machine does from what the operator does These tools separate what belongs to **machine time** from what belongs to **operator time**. This is very useful in CNC machining, because 8 hours of attendance says nothing, by itself, about the real time spent cutting, setting up, loading, waiting or reworking. The data can come from G-code, from states reported by the machine, from sensors, or from a combination with operator declarations. Quality depends on granularity: by operation, by batch, by lot or at the overall workstation level. ### Key benefit for CNC machining You get times closer to the reality of production. A program gives a cycle estimate, but the shop must also account for setups, workholding, inspection and micro-stops. The analysis is then used to recalculate standards or improve scheduling, and it explains the gap between theoretical time and lived time. For shops that track OEE, separating machine and operator time gives a far more usable reading than a simple attendance clock-in. ### Implementation tip Do not set the sources against each other: cross human records with technical data. A cycle extract does not replace everything, and neither does manual entry. When choosing, check: - The granularity of the data, by operation or by batch. - The extraction method and its compatibility with the CNC fleet. - The ability to compare machine time with declared time. - How easy the analysis is for the methods and production teams. To go further, read how to [extract cycle times from G-code](https://www.jitbase.com/blog/extract-cycle-times-from-g-code-in-7-steps). To prepare a gradual rollout, our [real-time monitoring implementation guide for CNC shops](https://www.jitbase.com/blog/real-time-monitoring-implementation-guide-cnc-shops) gives a working framework. ## Conclusion: choose according to your dominant need ### Recommended scenarios To make hours reliable quickly, mobile clock-in or a badge reader are often the first options to evaluate. If the main issue is payroll, an integrated suite may fit. If the shop wants to connect attendance, work orders, standards and machine performance, look closely at the time tracking tools that exchange data with the ERP or the MES. Some also use CNC data. This level of precision is what changes time management on the shop floor. ### Next steps: pilot and selection criteria The method stays simple: define the priority need, map the current flows, then run a limited pilot of 2 to 8 weeks. Measure manual corrections, omissions, the quality of exports and acceptance on the floor. Only then weigh mobility, depth of integration and total cost. For the management case, this reminder of the [benefits of a labor management system](https://www.jitbase.com/blog/top-5-benefits-of-implementing-a-labor-management-system) can help frame the decision. **Estimate the return of a time tracking project** Get a simple estimate of the return on investment (ROI) your shop could expect from automated time tracking. [Estimate your ROI →](https://www.jitbase.com/return-on-investment) ## Frequently asked questions ### Which type of time tracking software should a machine shop choose first? The right starting point depends on the problem you need to fix. If payroll errors dominate, a solution centered on attendance, absences and overtime is often enough to begin with, because it quickly removes missed punches and end-of-month corrections. If the shop mainly lacks visibility on its work orders, it is better to test a tool connected to production, one that ties hours to work orders and workstations. In most small and mid-size manufacturers, a simple pilot on one or two cells settles the question without disrupting the whole organization. You compare the number of manual corrections, the missed punches and the quality of exports before and after. Then you decide whether to expand, switch tools or add a production tracking layer. ### Can time tracking software connect to an existing ERP or MES? Yes, in most cases, through a native connection, an API or file exports. The result depends less on the technology than on how well the codes match: operators, work centers, operations, work orders, calendars and rounding rules. If these codes are not aligned, hours reach the ERP without being tied to the right activity. To limit the risk, start with a few simple flows: attendance, assignment to a work order, and the output of data to payroll or the ERP. Then add the comparison between entered times and machine times. This step-by-step approach avoids discovering a matching problem once the whole shop is already connected. ### Should operators clock in on the work order or only for attendance? Clocking attendance alone is enough for payroll, but it says nothing about where the time is spent. An operator present for eight hours may have spent that time on setup, loading, waiting or rework. Without a link to the work order or the workstation, it becomes impossible to recalculate standard times or to understand why a batch drifts. Clocking on the work order takes more input, but it can stay very light if it happens on the machine screen, with a few buttons and predefined reasons. In a shop where operators run several machines, the key is to limit input to activity changes and let machine data fill in the rest. ### How accurate are cycle times extracted from G-code? It varies with the machine, the program, the machining conditions and what the tool actually measures. G-code gives a useful basis for estimating cutting cycle time, but it does not always cover setup, part loading, inspection or short stops. The most reliable approach is to cross the program estimate with the times actually measured on the machine, then validate the gaps during a pilot. This comparison lets you correct standard times instead of living with them, and shows which part families still need adjustment. ### How long should a time tracking pilot last? Plan for 2 to 8 weeks on a limited scope, for example one or two cells. The first weeks are used to set up codes, reasons and rounding rules. The following weeks are used to measure, because you need a few complete production cycles to judge the quality of the data. During the pilot, track four indicators: the number of manual corrections, missed punches, the quality of exports to payroll or the ERP, and operator acceptance. It is the combination of these four measures, more than administrative time savings alone, that decides whether the rollout can extend to the rest of the shop. #### SHARE [mailto:email@example.com?subject=Mail%20from%20our%20Website](mailto:email@example.com?subject=Mail%20from%20our%20Website) [![JITbase block logo](https://www.jitbase.com/hs-fs/hubfs/eca01011d7169e8c6395a8d7eebe802d.webp?width=317&height=158&name=eca01011d7169e8c6395a8d7eebe802d.webp)](https://www.jitbase.com) ![image-2](https://www.jitbase.com/hs-fs/hubfs/image-2.webp?width=156&height=78&name=image-2.webp) Solutions - [Machine Monitoring](https://www.jitbase.com/machine-monitoring) - [Production Monitoring](https://www.jitbase.com/production-monitoring) - [Scheduling & Workforce Management](https://www.jitbase.com/workforce-management) - [Edge Platform](https://www.jitbase.com/edge-platform) - [Plans](https://www.jitbase.com/plans) Resources - [Download](https://www.jitbase.com/download) - [Education](https://www.jitbase.com/education) - [Return on Investment](https://www.jitbase.com/return-on-investment) - [CNC Machines we connect](https://www.jitbase.com/machines-we-connect) - [Demo Request](https://www.jitbase.com/demo) Why JITbase - [Why JITbase](https://www.jitbase.com/why-jitbase) - [About Us](https://www.jitbase.com/about-us) - [Partners](https://www.jitbase.com/partners) - [Contact Us](https://www.jitbase.com/contact) [Book a demo](https://www.jitbase.com/demo) [Connect Machines for Free](https://sso.jitbase.com/realms/webapp-ngen/protocol/openid-connect/registrations?client_id=website-frontend&response_type=code&scope=openid%20email&redirect_uri=https://admin.jitbase.com/next-gen) © 2026 All rights reserved. - [Privacy Policy](https://www.jitbase.com/privacy-policy) ```json { "@context" : "https://schema.org", "@type" : "BlogPosting", "author" : { "@type" : "Person", "name" : "Judicael Deguenon", "url" : "https://www.jitbase.com/blog/author/judicael-deguenon" }, "dateModified" : "2026-10-19T17:13:14.338Z", "datePublished" : "2026-10-19T17:13:14.000Z", "headline" : "Manufacturing Time Tracking Software: 7 Types for CNC Shops", "image" : [ "https://www.jitbase.com/hubfs/manufacturing-time-tracking-software-hero.webp" ], "mainEntityOfPage" : { "@id" : "https://www.jitbase.com/blog/manufacturing-time-tracking-software", "@type" : "WebPage" }, "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://www.jitbase.com/hubfs/logo%20jitbase%201.svg" }, "name" : "JITbase" } } ``` ```json { "@context" : "https://schema.org", "@type" : "FAQPage", "mainEntity" : [ { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "The right starting point depends on the problem you need to fix. If payroll errors dominate, a solution centered on attendance, absences and overtime is often enough to begin with, because it quickly removes missed punches and end-of-month corrections. If the shop mainly lacks visibility on its work orders, it is better to test a tool connected to production, one that ties hours to work orders and workstations. In most small and mid-size manufacturers, a simple pilot on one or two cells settles the question without disrupting the whole organization. You compare the number of manual corrections, the missed punches and the quality of exports before and after. Then you decide whether to expand, switch tools or add a production tracking layer." }, "name" : "Which type of time tracking software should a machine shop choose first?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Yes, in most cases, through a native connection, an API or file exports. The result depends less on the technology than on how well the codes match: operators, work centers, operations, work orders, calendars and rounding rules. If these codes are not aligned, hours reach the ERP without being tied to the right activity. To limit the risk, start with a few simple flows: attendance, assignment to a work order, and the output of data to payroll or the ERP. Then add the comparison between entered times and machine times. This step-by-step approach avoids discovering a matching problem once the whole shop is already connected." }, "name" : "Can time tracking software connect to an existing ERP or MES?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Clocking attendance alone is enough for payroll, but it says nothing about where the time is spent. An operator present for eight hours may have spent that time on setup, loading, waiting or rework. Without a link to the work order or the workstation, it becomes impossible to recalculate standard times or to understand why a batch drifts. Clocking on the work order takes more input, but it can stay very light if it happens on the machine screen, with a few buttons and predefined reasons. In a shop where operators run several machines, the key is to limit input to activity changes and let machine data fill in the rest." }, "name" : "Should operators clock in on the work order or only for attendance?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "It varies with the machine, the program, the machining conditions and what the tool actually measures. G-code gives a useful basis for estimating cutting cycle time, but it does not always cover setup, part loading, inspection or short stops. The most reliable approach is to cross the program estimate with the times actually measured on the machine, then validate the gaps during a pilot. This comparison lets you correct standard times instead of living with them, and shows which part families still need adjustment." }, "name" : "How accurate are cycle times extracted from G-code?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Plan for 2 to 8 weeks on a limited scope, for example one or two cells. The first weeks are used to set up codes, reasons and rounding rules. The following weeks are used to measure, because you need a few complete production cycles to judge the quality of the data. During the pilot, track four indicators: the number of manual corrections, missed punches, the quality of exports to payroll or the ERP, and operator acceptance. It is the combination of these four measures, more than administrative time savings alone, that decides whether the rollout can extend to the rest of the shop." }, "name" : "How long should a time tracking pilot last?" } ] } ```