DMG MORI Alternative for Machine Data: Monitor Existing Machines Without PLC Access
Many manufacturing companies use DMG MORI machines or evaluate DMG MORI solutions when it comes to CNC machining, automation, digitalization, machine connectivity, and modern manufacturing processes. DMG MORI is a globally recognized machine tool manufacturer with a broad portfolio of turning machines, milling machines, turn-mill centers, automation solutions, digital platforms, connectivity solutions, and service offerings.
At the same time, many production managers face a different and very practical question: How can I obtain reliable machine data from my existing machine park without replacing machines, starting a major integration project, or directly accessing the PLC control system?
This is where the comparison between DMG MORI and Novo AI becomes relevant. The question is not whether DMG MORI or Novo AI is “better.” The two solutions address different problems. DMG MORI is primarily a provider of machines, automation, and digitalization solutions for CNC manufacturing. Novo AI focuses on retrofit-oriented production monitoring for existing machine parks.
Novo AI is an AI-powered retrofit production monitoring solution for existing machines, providing real-time machine data, OEE, downtime, and micro-stop transparency without PLC access.
This page is intended for manufacturing companies that use DMG MORI machines, are evaluating DMG MORI Connectivity, or are looking for an alternative way to make machine data visible independently of machine manufacturer.
It is particularly relevant for companies with mixed machine parks: DMG MORI, TRUMPF, Mazak, Haas, Hermle, Okuma, Chiron, Spinner, INDEX, AMADA, Bystronic, older CNC machines, special-purpose machines, presses, press brakes, packaging systems, or other existing production equipment.
The key question is not: “Should I buy DMG MORI or Novo AI?” The better question is: “Do I need new machines, automation, or DMG MORI-specific connectivity—or do I first need to make my existing machine park transparent?”
DMG MORI is particularly suitable for companies looking for new CNC machines, high-precision machining centers, automation solutions, DMG MORI-specific digitalization components, or a closely integrated manufacturing environment built around modern machine tools.
If a company wants to purchase new machines, automate machining processes, introduce turn-mill operations, or build a DMG MORI-oriented connectivity architecture, DMG MORI is a relevant provider.
Novo AI is particularly suitable for companies that want to make their existing machines transparent.
This is especially relevant when the machine park is mixed, machines from different manufacturers are in operation, older equipment does not provide usable digital data, or PLC access is difficult, expensive, undesirable, or economically unjustifiable.
The most important difference is this:
DMG MORI is strong in machines, automation, CELOS, connectivity, and machine-tool services. Novo AI is strong in retrofit-oriented production monitoring when real machine conditions first need to become visible.
Decision Criteria
Novo AI
DMG MORI
In short: If a company is looking for new CNC technology, DMG MORI automation or DMG MORI-specific connectivity, DMG MORI can be an excellent fit. If a company first wants to make existing machines from different manufacturers transparent, Novo AI is often the more pragmatic first step.
DMG MORI is a global manufacturer of machine tools and manufacturing solutions. The company offers machines and solutions for turning, milling, turn-mill machining, grinding, drilling, ultrasonic machining, LASERTEC applications and additive manufacturing. Its portfolio also includes automation, digital solutions, connectivity, service and retrofit solutions.
For many manufacturing companies, DMG MORI is best known for its high-precision CNC machines. These include lathes, milling machines, 5-axis machining centers, turn-mill centers, additive manufacturing systems and automated production solutions. DMG MORI is therefore particularly relevant for companies looking to modernize their machining technology, expand production capacity or manufacture complex components more efficiently.
In addition to machine tools, DMG MORI also offers automation solutions. These include robot automation, pallet handling, workpiece handling, flexible manufacturing cells and automation retrofits for existing DMG MORI machines. The goal is to make better use of machine capacity, increase productivity and reduce manual work.
Another important area is digitalization. DMG MORI describes its digital transformation offering as a combination of integrated manufacturing processes, automation solutions and end-to-end digitalization. This includes CELOS X, Connectivity, IoTconnector, IoTconnector retrofit, IoTconnector flex, Messenger and NETservice.
DMG MORI Connectivity solutions make it possible to connect machines and systems with networks and information systems. This allows data to be transferred in real time and used in different applications. IoTconnector retrofit is designed for existing DMG MORI machines, while IoTconnector flex can also connect third-party machines and peripheral equipment. Messenger provides an overview of the status of connected machines, while NETservice enables direct remote communication with DMG MORI Service.
This means that DMG MORI is more than a machine tool manufacturer. It offers a broad ecosystem of machines, automation, software, connectivity and service. For companies with a strong DMG MORI machine base, this ecosystem can be highly valuable.
For an alternative page, however, one distinction is important: DMG MORI primarily addresses requirements related to modern machine tools, automation, DMG MORI-related connectivity and service. Novo AI addresses a different question: How can real machine conditions across an existing mixed machine park be made visible, even when straightforward PLC access is not available?
Novo AI is an AI-powered retrofit production monitoring solution for existing machines – providing real-time machine data and transparency into OEE, downtime and microstops without PLC access.
The key difference compared with conventional machine, connectivity or automation approaches lies in the starting point. Novo AI does not assume that every machine already has modern digital interfaces. Novo AI starts directly with the existing machine.
An external AI sensor is mounted on the outside of the machine. The sensor captures physical signals such as vibration and acoustics and, depending on the setup, additional machine patterns. These signals are processed directly at the sensor. Based on them, Novo AI identifies production-relevant states such as production, idle time, downtime, microstops and unusual deviations.
The data is made visible in the WatchMen platform. Production managers can see which machines are running, which machines have stopped, where idle time occurs, which machines frequently deviate from target performance and how microstops accumulate across shifts. When combined with production order, ERP, production data acquisition or machine data acquisition data, WatchMen can also show which order is affected and how actual production times differ from planned times.
Novo AI is therefore particularly relevant for small and mid-sized manufacturers with existing machine parks. Many companies do not start with a perfectly digitalized production environment. They operate DMG MORI machines alongside machines from other manufacturers. They have older and newer equipment, manual workstations, partially automated processes, older control systems and production environments that have evolved over many years. This is exactly where Novo AI comes in.
Novo AI is not an alternative to a new DMG MORI machine. Novo AI does not replace a 5-axis milling machine, a lathe, a turn-mill center or an automation cell. Novo AI is an alternative when the question is how existing machines can be made transparent quickly and independently of the machine manufacturer.
The goal is not to buy more machines. The goal is to get more out of the machines you already have by making lost production time visible.
Many companies think of new machines, modern control systems, automation cells or large IT/OT projects first when they consider digitalization. That can make sense, but it is not always the best first step. Especially for small and mid-sized manufacturers, the existing machine park is often the biggest lever.
A machine does not have to be new to be productive. Many older machines continue to manufacture reliably, accurately and economically. The problem is often not the machine itself, but the lack of transparency. Production managers may know that a machine should theoretically be running. But they do not always know exactly how much time was genuinely productive, how much idle time occurred, how many microstops took place or why a production order took longer than planned.
For DMG MORI machines, digital solutions such as CELOS, Connectivity, Messenger or IoTconnector can be useful. If a company operates modern DMG MORI machines and has the appropriate infrastructure in place, these solutions can make an important contribution to machine connectivity.
However, many real-world machine parks are not homogeneous. A typical factory does not contain only DMG MORI machines. It contains machines from different manufacturers, years of manufacture, control generations and levels of digital capability. Some machines provide data. Others do not provide reliable data. Others could theoretically be connected, but the effort required would be too high.
In these environments, a different requirement emerges: The company needs a manufacturer-independent view across the entire machine park. It does not only want to know what one particular modern machine reports. It wants to know what is happening across the entire shop floor.
This is exactly where Novo AI becomes relevant. The solution does not first ask which control system is installed or which interface the machine provides. It asks: Which machine states need to become visible so that production teams and management can make better decisions?
For existing machines, this sequence is often critical. Only once actual machine utilization becomes visible can a company make informed decisions about whether new machines are required, which machines should be automated, which processes need to be improved and where a larger digitalization architecture would create value.
Installation
With DMG MORI, installation requirements depend heavily on the specific project. A new CNC machine, an automation solution, a turnkey project, a retrofit, an IoTconnector implementation or a CELOS/Connectivity extension are all different types of projects. They can create substantial value, but they typically require planning, technical coordination, machine-specific work, service or implementation steps and, in some cases, integration with existing IT/OT systems.
When new machines or automation solutions are involved, installation is part of a larger investment project. When connectivity is the objective, the company needs to determine which machine should be connected, whether it is a DMG MORI or third-party machine, which data is available and how that data will ultimately be used.
Novo AI is designed for a fast retrofit entry point. The external AI sensor is mounted on the outside of the machine. Typically, only power and network access are required. There is no need to begin by accessing the machine control system. This allows a company to start with only a few pilot machines and quickly see which machine states can be made visible.
The difference is therefore not that DMG MORI is “complicated” and Novo AI is “simple.” The difference lies in the type of project. DMG MORI projects are often machine, automation or connectivity projects. Novo AI is a production monitoring project for existing machines.
PLC Access
DMG MORI Connectivity, IoTconnector, CELOS and Messenger work with machine and system data. This makes sense when the data is available and accessible. With modern DMG MORI machines, this can work very well. Depending on the solution, older DMG MORI machines and third-party machines can also be connected.
However, for many existing machines, several questions remain: Is the data actually accessible? Is the control system suitable? Are the necessary approvals available? Is the connection economically viable? And does the machine really provide the information required for OEE, idle-time analysis and microstop detection?
Novo AI does not require direct PLC access to make machine states visible. The sensor operates outside the control system and identifies relevant patterns through physical signals. For older, mixed or difficult-to-integrate machine parks, this is a major advantage. Companies do not first have to connect every machine through its control system in order to see production, downtime, idle time and microstops.
Compatibility with Existing Machines
DMG MORI solutions are particularly strong when a company operates DMG MORI machines, automation solutions or DMG MORI-related digital components. IoTconnector retrofit addresses existing DMG MORI machines, while IoTconnector flex can also connect third-party machines and peripheral equipment. This is attractive for companies that want to use DMG MORI Connectivity as part of their production architecture.
Novo AI is particularly suitable for mixed machine parks. The solution is not restricted to a particular manufacturer or control generation. The decisive factor is whether the machine produces recognizable physical signals during operation. This means Novo AI can be used with very different types of equipment: CNC machines, milling machines, lathes, presses, press brakes, injection molding machines, packaging equipment, winding machines or special-purpose machines.
This is important for companies that operate machines from several manufacturers. They do not want a separate transparency solution for every brand. They need one common view of machine states, regardless of whether a machine comes from DMG MORI, TRUMPF, Mazak, Haas, Hermle, AMADA, Bystronic or another manufacturer.
OEE, Downtime and Microstops
DMG MORI Messenger and Connectivity solutions can visualize machine status and data from connected machines. This is useful for keeping an overview of connected equipment. Depending on the configuration, machine status, program information or other machine data can be made visible.
For OEE, downtime, idle time and microstops, however, a technical data connection alone is not always enough. The decisive factor is whether the available data correctly reflects the actual production state. A machine can be running without being productive. A spindle can be turning without a value-adding process taking place. A program can be active while material is missing or the operator is waiting. These differences are critical in real production environments.
Novo AI focuses strongly on actual machine states. The solution distinguishes between production, idle time, downtime and microstops based on the real behavior of the machine. This allows companies to identify losses that often disappear within conventional machine-status messages or manual production feedback.
Microstops are particularly important. They are often too short to be recorded manually. But across a shift or a week, they can cause significant productivity losses. Novo AI helps make these patterns visible.
MES Depth
DMG MORI is not a traditional MES in the sense of complete production control across every manufacturing process, but the company offers digital solutions, Connectivity, CELOS X, monitoring, service, automation and interfaces to ERP, MES or APS systems. Direct interfaces to ERP, MES or APS systems can also play a role within DMG MORI automation concepts.
Novo AI is also not a complete MES. Novo AI is a specialized production monitoring solution for existing machines. Its strength does not lie in complete production order control, quality management, traceability or material flow. Its strength lies in making actual machine states visible and using them to create transparency around OEE, downtime, idle time and microstops.
For many companies, this is not a contradiction. Novo AI can serve as a first step before MES, ERP, machine data acquisition or other systems are integrated more deeply. First, machine states become visible. Then the company can decide which deeper integrations are actually necessary.
ERP Integration
DMG MORI solutions can be integrated into digital production architectures. Connectivity and automation solutions can support interfaces with ERP, MES or APS systems. This is particularly useful when a company wants to build a more deeply integrated manufacturing environment.
Novo AI can also be connected with ERP, machine data acquisition or production data acquisition data. The difference lies in the sequence. Novo AI can first make machine states visible and add production order data later. This creates a realistic planned-versus-actual comparison: Which machine ran for which order? How long was actual production time? Where did interruptions occur? Which planned times are inaccurate?
For small and mid-sized manufacturers, this sequence is often more pragmatic. They do not have to build a complete ERP/MES/automation architecture immediately, but can first identify where actual machine performance differs from production planning.
Operator Workflows
DMG MORI offers digital operating, service and machine environments around CELOS, CELOS X, NETservice, Messenger and other digital solutions. These can support operators and service processes, particularly within a DMG MORI environment.
Novo AI focuses more strongly on production and shop-floor transparency based on machine states. Production managers can see which machines are running, which machines have stopped and which machines require attention. Downtime reasons, shift comparisons, alerts and production order deviations can be used to respond more quickly.
If a company is looking for machine-level operation, service support and DMG MORI-specific digital functions, DMG MORI is a good fit. If a company is looking for consistent production monitoring across machines from several manufacturers, Novo AI is often closer to the operational problem.
Implementation Complexity
DMG MORI projects can vary significantly depending on the objective. A new machine, automation system, connectivity project or retrofit is a separate investment and implementation project. These projects can create substantial value, but they require technical planning and coordination.
Novo AI reduces the complexity of getting started because the first step is not the complete modernization or integration of the machine park. Companies can begin with a small number of machines and answer specific questions: Which machine is losing the most time? Where does idle time occur? Which microstops happen repeatedly? Which shift shows unusual deviations?
This approach reduces risk. The company does not begin with a major investment project based on assumptions. It begins with actual production data.
Best Company Size
DMG MORI is suitable for companies of all sizes that require high-quality machine tools, automation, digital manufacturing solutions or CNC-related services. DMG MORI is particularly relevant for companies with demanding machining processes, complex parts, high precision requirements or automation needs.
Novo AI is particularly relevant for small and mid-sized manufacturing companies with existing machine parks. It can also be useful for larger companies when individual plants, lines or machines need to be retrofitted pragmatically. Novo AI is particularly suitable when transparency needs to be created quickly and the machine park is mixed.
Ideal Use Case
The ideal use case for DMG MORI is: The company wants to use modern machine tools, automation, DMG MORI-related digital connectivity, service or machine retrofits for DMG MORI equipment.
The ideal use case for Novo AI is: The company wants to monitor existing machines quickly, make actual machine states visible and reduce production losses without first requiring PLC access or a large integration project.
Novo AI is the better choice when the company does not first want to purchase new machines or build a DMG MORI-centered digital architecture, but instead needs real transparency across existing machines.
This is often the case when the machine park is mixed. A company may operate DMG MORI machines alongside machines from other manufacturers. Some equipment is modern. Other equipment is older. Some machines provide data. Others do not. Downtime may be recorded manually in some areas. Idle time may not be detected reliably. Microstops disappear in day-to-day production.
In this situation, Novo AI is often the better first step. The solution makes machine states visible without requiring every machine to be deeply integrated first. Companies can begin with a pilot, collect data and quickly identify which machines are responsible for the largest losses.
Novo AI is also better suited when PLC access is difficult. Even if a machine can technically provide data, connecting it may be too complex in practice. It may require approvals, interfaces, IT coordination, security checks or support from the machine manufacturer. Novo AI reduces this dependency because machine states are detected using external sensor technology.
Another advantage arises when the company first wants to understand OEE, idle time, downtime and microstops. Many companies already have enough machines but lack reliable transparency. They do not immediately need another machine. They first need a clear understanding of how effectively their existing machines are being used.
Novo AI is particularly strong when the following questions are important:
Which machines are actually producing?
Which machines have stopped?
Where is idle time occurring?
Which microstops keep recurring?
How do shifts differ?
Which machines are performing below plan?
Which production orders repeatedly cause time losses?
Which machines should be improved or retrofitted first?
If these questions cannot currently be answered reliably, Novo AI is often the better first step.
DMG MORI is the better choice when a company needs new machine tools, automation solutions, high-precision CNC technology or DMG MORI-specific digitalization.
If a machine is no longer technologically capable of meeting production requirements, is not accurate enough, produces too slowly or cannot economically perform certain machining operations, transparency alone will not solve the problem. In that case, a new DMG MORI machine, an automation solution or a machine retrofit may be appropriate.
DMG MORI is also a good fit when a company wants to expand its manufacturing capabilities. Examples include 5-axis machining, complete turn-mill machining, additive manufacturing, automation cells, pallet handling or modern CELOS and Connectivity environments.
Another use case is a company with a strong DMG MORI machine base. If the machine park mainly consists of DMG MORI machines and the company wants to use DMG MORI Connectivity, CELOS X, IoTconnector, Messenger or NETservice, the DMG MORI approach can make a great deal of sense.
DMG MORI is also suitable when service, machine status, remote support or machine retrofits within the DMG MORI environment are the main priorities. In these situations, the machine manufacturer itself is often the right source.
In short: DMG MORI is the better choice when the main requirement is machines, automation, service, manufacturer-specific connectivity or expanding technical manufacturing capabilities. Novo AI is the better choice when the main requirement is manufacturer-independent production monitoring for existing machines.
For many small and mid-sized manufacturing companies, the right question is not: “DMG MORI or Novo AI?” The better question is: “Which step should come first?”
If a machine is no longer technologically sufficient, a new machining strategy is required or automation is the central challenge, DMG MORI may be the right path. In that case, the investment is about machines, automation or a DMG MORI-related digital manufacturing environment.
However, if the company still lacks reliable machine transparency, Novo AI is often the better first step. Before purchasing new machines or beginning larger digitalization projects, the company should first understand what is actually happening with the machines already in operation.
For many small and mid-sized manufacturers, the pragmatic sequence is:
First, make machine states visible. Then analyze downtime, idle time and microstops. Next, connect production order data and ERP information. Only then decide which machines should be modernized, automated, replaced or integrated more deeply.
This sequence reduces risk. The company does not immediately invest in new machines or large systems before understanding where the greatest productivity losses actually occur. Instead, it begins with actual production data.
Novo AI can therefore serve as a useful first step before larger machine investments. It can also remain a permanent production monitoring solution when the existing machines are intended to remain in operation. The decisive factor is the starting point: Is the first problem a lack of visibility into what the machines are actually doing, or has the technical capability of the machines already become the bottleneck?
Scenario 1: Mixed Machine Park with DMG MORI and Other Manufacturers
A company operates DMG MORI machines alongside machines from other manufacturers. Some machines are modern, while others are older. Production management wants one consistent view of runtime, idle time, downtime and OEE across the entire machine park.
Novo AI is particularly suitable in this scenario. The solution is manufacturer-independent and makes machine states visible through external sensor technology. This creates a common transparency layer across different machines.
Scenario 2: A New CNC Machine or Automation Cell Is Required
A company requires additional machining capacity, greater precision, 5-axis machining, turn-mill processes or automation. The existing machine is no longer technologically sufficient.
DMG MORI is often the better choice in this scenario. Novo AI can provide transparency, but it does not replace a new machine tool or an automation cell.
Scenario 3: The Company Wants to Introduce OEE but Lacks Reliable Data
A company wants to introduce OEE as an operational KPI. However, reliable information about availability, performance, downtime, idle time and microstops is missing. Many losses are known to exist but cannot be measured accurately.
Novo AI is particularly suitable in this situation. OEE is only as reliable as the underlying data. When machine states become visible automatically, OEE can be calculated more reliably and used more effectively on the shop floor.
Scenario 4: DMG MORI Connectivity Is Already in Place, but Other Machines Remain Invisible
A company already uses DMG MORI Connectivity or digital DMG MORI functions for certain machines. Other equipment in the plant, however, remains unconnected or difficult to integrate.
Novo AI can complement the existing setup. The solution can make machines visible that cannot easily be integrated through the existing manufacturer-specific connectivity system.
Scenario 5: Machine Downtime Occurs, but the Causes Are Unclear
A company sees that production orders are taking longer than planned. The machines are not operating as expected, but downtime reasons, idle time and microstops are not being documented reliably.
Novo AI is often the better starting point in this situation. The solution shows actual machine states and helps identify recurring loss patterns.
Many companies purchase new machines because they need more capacity. Sometimes that is the right decision. But sometimes the real problem is not insufficient machine capacity, but lost utilization time.
If a machine spends several hours per day idling, setup times are excessive, microstops remain undetected or production orders are not reported correctly, purchasing a new machine may only solve part of the problem. The company gains additional theoretical capacity, but not automatically greater transparency.
Novo AI helps companies make this decision more effectively. Once the existing machines become transparent, the company can determine whether a new machine is genuinely required or whether existing capacity can first be recovered.
This is particularly important when expensive CNC investments are being considered. Before purchasing another machine, a company should understand how effectively its existing machines are actually being used. A new machine may be necessary. But the greater opportunity may lie in reducing idle time, improving planning, responding to downtime more quickly or improving production order data.
Novo AI provides the data foundation for this decision.
Manufacturing companies trust Novo AI because the solution addresses the point where many digitalization projects struggle: the existing machine park. Instead of replacing machines or beginning with a large integration project, Novo AI makes actual machine states visible.
Companies such as Otto Männer, BlekoTec, Angstrom, Schauenburg Hose Technology, Bockmühlkabel, KUKA Romania, Sorst Streckmetall, Leibinger, Erich Uhe, Jacob Group Pipework and Karl Dungs represent very different manufacturing environments – from precision engineering and metal and sheet-metal processing to cable, hose, pipe and component manufacturing.
For these companies, theory is not enough. Machines need to run, downtime needs to be identified, idle time cannot remain invisible and production decisions require a reliable data foundation. This is exactly what Novo AI was designed for.
This practical perspective is particularly important on a DMG MORI alternative page. Many companies already own good machines. The question is not always whether another machine needs to be purchased. The question is often: Are we actually using the machines we already have effectively enough?
Novo AI helps companies answer this question using actual production data.
Misunderstanding 1: Novo AI Is an Alternative to DMG MORI Machines
No. Novo AI does not replace a DMG MORI machine. Novo AI is an alternative when the requirement involves production monitoring, machine data, OEE, downtime and idle-time transparency for existing machines.
Misunderstanding 2: New Machines Automatically Solve Transparency Problems
New machines can provide modern data. However, operational transparency only emerges when that data is interpreted correctly, connected with production orders and used on the shop floor.
Misunderstanding 3: Manufacturer Connectivity Is Enough for Every Machine Park
Manufacturer connectivity can work very well when the machine park is suitable. In mixed Brownfield environments, however, a manufacturer-independent solution is often required.
Misunderstanding 4: Machine Status Is the Same as Productive Time
A machine can be running without being productive. This is exactly why idle time, microstops and actual machine-state analysis are so important.
Misunderstanding 5: Older Machines Have to Be Replaced
Many older machines continue to manufacture reliably. The problem is often not the machine itself, but the lack of transparency. Novo AI helps make existing machines data-enabled without replacing them.
These companies trust Novo AI
Yes, but only for certain use cases. Novo AI is not an alternative to DMG MORI machines, automation solutions or service offerings. Novo AI is an alternative when the primary objective is machine data, production monitoring, OEE, downtime, idle time and microstop transparency for existing machines.
DMG MORI is better suited when a company requires new CNC machines, automation solutions, turn-mill machining, 5-axis milling, additive manufacturing, DMG MORI Service or DMG MORI-specific connectivity.
Novo AI is better suited when a company has a mixed machine park, wants to monitor machines from different manufacturers or needs to make machines transparent without straightforward PLC access.
Yes. Novo AI can typically also be used on DMG MORI machines when the machine generates recognizable physical signals during operation. The sensor is mounted externally and does not require direct intervention in the machine control system.
No. Novo AI can identify machine states without PLC access. The AI sensor uses signals such as vibration and acoustics to make production, idle time, downtime and microstops visible.
Yes. If a company already uses DMG MORI Connectivity for certain machines, Novo AI can complement the existing setup by making other machines in a mixed machine park visible or by creating a consistent production monitoring layer across the machine park.
Novo AI is particularly suitable for small and mid-sized manufacturing companies with mixed machine parks. This includes companies operating DMG MORI machines alongside machines from other manufacturers, older equipment, limited real-time transparency, unclear downtime, idle-time problems or OEE improvement targets.
The best first step is a pilot involving a small number of relevant machines. Ideally, the company selects machines where downtime, idle time or unclear utilization is already known to be a problem. With Novo AI, these machines can be monitored quickly. The company can then use actual data to decide whether it makes sense to connect additional machines, integrate ERP data, implement DMG MORI Connectivity, connect an MES or invest in new machines.
The decision between DMG MORI and Novo AI depends on the company’s starting point.
DMG MORI is strong when a company is looking for new machine tools, automation, CNC technology, CELOS, Connectivity, service or DMG MORI-related digital manufacturing solutions. The company is particularly relevant when the objective is to expand technical manufacturing capabilities.
Novo AI is strong when a company first needs to make actual machine states visible. The solution is particularly suitable for existing machines, older or mixed machine parks, environments without straightforward PLC access, unclear downtime, idle time, microstops and missing OEE transparency.
For many small and mid-sized manufacturing companies, Novo AI is therefore the better first step. Not because DMG MORI is a poor solution, but because the most important foundation is often still missing: reliable data from the machines that are already operating today.
A company that does not know when its machines are actually producing should not immediately begin with a major machine investment or digitalization project. It should first make what is actually happening on those machines visible.
That is exactly what Novo AI was designed to do.
Do you operate DMG MORI machines or are you considering DMG MORI Connectivity, but still do not know reliably what is actually happening across your entire machine park?
Then start with one simple question: Do you already know exactly when your existing machines are producing, stopped, idling or losing production time through microstops?
If this transparency is missing, Novo AI may be the faster and lower-risk first step. Start with a small number of machines, make actual machine states visible and then use real production data to decide whether new machines, DMG MORI Connectivity, ERP integration, MES connectivity or further automation measures make sense.
Request a demo today and find out how Novo AI can make your existing machines transparent without PLC access.
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