In the fast-paced world of manufacturing, where efficiency and productivity are paramount, safety should never be compromised.
Yet one aspect often overlooked in ensuring shopfloor safety is the incorporation of aluminum framing. It’s the backbone of any facility, but it’s frequently deemed less important compared to the conveyors or assembly processes executed on it. It’s time for manufacturers to change their perspective and start viewing aluminum structural framing as a foundational element to their operations.
Sustainability and adaptability: building a safe foundation
The versatility of aluminum framing in manufacturing cannot be overstated, especially in a landscape where sustainability, adaptability and compliance are essential for maintaining a safe working environment. Aluminum framing systems play a role in helping ensure the safety of workers. Companies can reach out for assistance with machine guarding, ergonomic design and resources to stay in compliance with electrostatic discharge (ESD) regulations. Aluminum framing is foundational in addressing these concerns.
A multi-functional and recyclable resource, aluminum framing is synonymous in meeting sustainability goals. While the most robust aluminum framing on the market tends to outlast most employees, when its purpose as one structure is fulfilled, it’s designed to break down and be reconstructed as something else.
Compliance with regulations, particularly concerning machine guarding, is a top priority for manufacturers looking to enhance safety on their factory floors. With the increasing adoption of robotic applications and high-speed conveyance in industrial settings due to automation, aluminum framing plays a crucial role in meeting industry regulations and protecting workers from potential hazards. Whether it’s a collaborative robot (cobot) or a transfer system with speeds of up to 150 meters per minute, there must be adequate enclosure and guarding to stay within safety standards.
A key consideration is the concept of finger-safe enclosures, which prevent accidental contact with hazardous components, reducing the risk of injury and ensuring a safer working environment for all.
In addition to physical safety measures, aluminum framing also plays a vital role in addressing electrostatic discharge (ESD) concerns, particularly in workstations where sensitive electronic components are handled. Aluminum framing solutions can be instrumental in constructing ESD-safe environments, as well as safeguarding against potential damage to circuit boards and delicate semiconductor processes.
The demand for electronic devices amplifies the need for such measures, making ESD compliance an essential consideration in aluminum framing design. By incorporating ESD-safe aluminum framing solutions, manufacturers can mitigate the risk of damage to equipment and ensure the safety of their workers.
Prioritizing safety through aluminum framing
Aluminum framing is not merely a structural component of a factory floor; it’s a critical element that directly impacts the safety and well-being of workers. Every manufacturer must prioritize safety by rethinking how they approach aluminum framing design and implementation.
By recognizing the importance of aluminum framing in maintaining a safe working environment and prioritizing safety in aluminum framing design and implementation, manufacturers can enhance efficiency, mitigate risks and ensure the long-term success of their operations. It’s time to give aluminum framing the attention it deserves and use it as the powerful tool it is to elevate safety in the manufacturing industry.
Protect Your Production with a Robust Aluminum Structural Framing System
Aluminum framing builds a strong foundation for workplace safety that is not only reliable, but configurable to the adapting needs of production. Learn more about the role of aluminum framing is enhancing the safety of both your factory and people.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
In an AI-driven shift, data center construction is growing at a rapid pace.
In 2025, the data center construction market was estimated at 261 billion and expected to steadily grow at a 12% CAGR through 2033.
To meet the demand, additional data centers need to be built with speed and longevity in the forefront. After all, a data center malfunctioning can be detrimental. That’s why a successful data center needs to be built correctly – before the servers even enter the building.
A Tale of Two Materials: Steel and Aluminum
In the high-stakes world of data centers, where every degree of temperature matters, installation efficiency and overall reliability are paramount.
While steel is often viewed as the preferred material due to its strength and structural integrity, this emphasis on efficiency and reliability give aluminum framing its edge. Compared to steel, aluminum framing is more lightweight for easier handling, boasts a stronger strength-to-weight ratio, and greater thermal conductivity.
When purchased in bulk for a large project like constructing a data center, aluminum framing is often more economical, and quicker for construction workers to handle in installation due to being lighter.
Depending on the application, both steel and aluminum can often work together for the overall build. Steel does greater load-bearing strength and if the weight requirements extend aluminum’s specification, using steel is a solution. But in key data center construction applications like hot aisle containment, cold aisle containment, false floors, and even server racks, aluminum framing is a smart start to a successful data center.
Top Aluminum Framing Applications in Data Center Construction
While aluminum framing can be used in more applications, the strengths of the material shine brightest with the following applications:
Hot Aisle Containment
Cold Aisle Containment
Server Racks
False Floors
Hot Aisle Containment
Temperature management is a critical consideration for data centers. Hot aisle containment systems are paramount to reduce energy consumption and improve overall efficiency by preventing the mixing of hot exhaust air and cold supply air. With its ability to form an air-tight containment seal, thermal-conductivity benefits, and easy installation, aluminum framing is the ideal material structure for these critical enclosures.
With a modular aluminum framing system, it can also adapt and be reconfigured if the data center needs to shift as technology evolves.
Cold Aisle Containment
Cold Aisle Containment encloses the aisle where cold supply air is supplied to equipment, using panels and doors to separate it from hot exhaust air. All the same benefits of aluminum framing from hot aisle containment apply to this application.
Server Racks
Beyond aisle containment and temperature control, aluminum profiles are revolutionizing server rack construction. Steel racks will be heavy, which makes them hard to move and limits their adaptability. Aluminum profiles, however, offers a superior alternative that are not only incredibly strong but also remarkably light, facilitating easier transportation and deployment.
False Floors
Data centers require raised floors, also known as false floors, that are elevated between 1-2 feet and support cable management, as well as a distribution system for cold air to server racks. With its impressive strength-to-weight ratio and easier installation, aluminum framing makes an efficient material for false floors that improve cooling efficiency by supporting underfloor airflow.
Beyond its technical strengths, aluminum framing provides unmatched aesthetics – clean lines, precision surfaces, and modularity create an impressive environment that is not just functional, but visually impressive. In a rapidly changing market, where efficiency, speed, and precision are paramount, a material solution that looks as sleek as it performs speaks volumes about the quality of the entire infrastructure.
Aluminum Profiles for Data Center Infrastructure
The emphasis on efficiency and reliability gives aluminum framing its edge for data center construction. Learn more about how aluminum framing plays a critical role in data center construction.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
Whether it’s dirt, clean rooms, high dynamics, or limited installation space: If you are clear about the loads, environment, and service life, you will usually find the right solution in the Rexroth standard portfolio.
Linear guides rarely get the spotlight, but they play a central role in mechanical engineering and factory automation. They guide linear movements precisely and reliably under defined environmental and load conditions – as efficiently, compactly, and with as little maintenance as possible. But which linear guide is suitable for dirt, vacuums, clean rooms, extreme temperatures, high dynamics, or limited installation space?
In this blog post you will learn which selection criteria are crucial for linear guides and which applications you can realize particularly economically with our proven standard solutions. If you have special, individual requirements, our experts with decades of application knowledge will be happy to assist you.
Tip: For an overview of the most important types of linear guides – from linear bushings to profiled rail systems and cam roller guides – please visit our linear guides product page.
Which linear guide for which application?
Rexroth linear guides can be found in virtually every industry – from machine tool manufacturing to medical technology, from the food and packaging industry to wood processing, from semiconductor and electronics manufacturing to battery production. The common denominator: the possibility to implement almost any application quickly and cost-effectively. The advantages of the broad standard portfolio of linear guides are a wide selection of proven, quickly configurable solutions with global availability as well as shorter project lead times and machine designs tailored to specific needs. Below are some examples of industry-specific applications and customized solutions:
1. Linear guides for special environmental conditions
Many environments expose linear guides to dirt and contaminants, such as in woodworking and stone processing. Profiled rail systems with special seals (either integrated or as attachments) and the fully sealed standard linear bushings from Bosch Rexroth have proven to be a cost-effective solution for these applications.
Harsh environmental conditions: Double-lip seals protect the linear guides in woodworking and metalworking from dirt and contamination.
The all-metal ball rail systems for extreme conditions NRTVG (NRII Temperature Vacuum Graded) withstand extreme temperatures from -30 to 200°C. They impress not only in cold rooms or glass manufacturing, but also in vacuum environments – such as those encountered in wafer and electronics production. The same applies to the all-metal standard linear bushings.
A risk of corrosion exists in the case of contact with acids, alkalis, or electrolytes in electroplating or battery production, as well as during steam sterilization in the medical or pharmaceutical environment. Linear guides made of NRII (corrosion-resistant steel) and hard chrome plated and coated versions (e.g. zinc-iron) prevent these damaging effects. For use in dry rooms, the Rexroth standard portfolio also includes linear guides with resistant plastics such as POM as well as special lubricants.
Runner block NRTVG for extreme environments.
Miniature ball rail systems and corrosion-resistant profiled rail systems, among others, meet the requirements of various clean room classes in semiconductor and electronics production.
Tip: Depending on the required clean room class, standard versions are often sufficient.
Linear guides are also indispensable in the food sector, especially in packaging and final inspection. The Rexroth ball rail systems in corrosion-resistant NRII or NRFG design (NRII Food Grade) are particularly well suited to these environments. Process-related guiding tasks without direct food contact (e.g. bottle fillers, film wrapping machines, or bag forming, filling, and sealing machines) also benefit from the easy-to-clean, all-metal linear bushings.
All-metal linear bushings.
2. Linear guides for precision, dynamics, and limited installation spaces
Ever-increasing automation is also pushing the boundaries of accuracy, dynamics, and installation space. When it comes to precision, the roller and ball rail systems RSHP/BSHP lead the way in the Rexroth standard portfolio. Why? A patented entry zone in the runner block ensures optimal smooth running – from workpiece machining, feeding, handling, and assembly to cover plate and laser cutting or 3D printing.
Ball rail system BSHP: Thanks to elastically deformable steel bearing plates (2), the entry zone adapts individually to the current operating load of the runner block (1). The balls (4-7) enter the bearing zone between the runner block and the ball rail (3) smoothly, i.e. without any impulse loads.
Tip: Linear axes and multi-axis systems equipped with BSHP linear guides also achieve maximum precision and dynamics.
Short cycle times require high speeds: The high-speed runner block from the Rexroth standard portfolio reaches a record-breaking 10 m/s. Typical application areas include plastic injection molding, pressing and joining, laser cutting, and handling with long travel ranges. The Rexroth standard linear bushings and standard ball rail systems in small sizes also move quickly at speeds of up to 5 m/s.
Incidentally, the durable cam rollers from Bosch Rexroth are also ideally suited for fast movements up to 10 m/s.
Integrated additional functions save installation space and reduce costs. How? For example, through the temperature control function TCRS, which ensures thermal stability in high-precision workpiece machining, or through linear guides with integrated measuring systems.
Good to know: Both options can be retrofitted.
Roller rail system RSHP with patented temperature control option TCRS for high-precision machine tools.
Do you want to implement demanding applications in the mid-range price-performance segment economically? Then the all-round guide system BSCL (Ball Rail System Compact Line) is the right choice. Why? Fast selection, configuration, and ordering, combined with the familiar Rexroth quality, many cost-reducing features, and rapid delivery (worldwide from stock).
Incidentally, the price-optimized BSCL line will be consistently expanded in the coming years to cover even more requirements and applications at an optimized price.
Cost-effective ball rail system BSCL for various applications.
Practical tip: With all Rexroth linear guides, you can interchange rails and runner blocks across all precision and preload classes, thereby saving resources.
For small workspaces and compact machine designs, the Rexroth portfolio also includes miniature ball rail systems that combine small sizes with high load-bearing capacity and positioning accuracy. These properties are in demand in the areas of packaging, medical technology, measurement and testing, as well as in the textile industry and electronics production.
Suitable linear guides for typical requirements
Requirement
Suitable standard solutions from the Rexroth portfolio (examples)
Dirt and shavings
Sealed linear bushings, profiled rail systems (BSHP, RSHP) with comprehensive sealing variants, wipers, and optional cover strips for easy closing of the mounting holes in the rail
Clean room
Miniature ball rail systems and ball rail systems NRTVG in all-metal design for extreme conditions
Extremely high dynamics
Ball rail systems with high-speed runner blocks
High precision
Precision rail guides RSHP/BSHP, optionally also with temperature control function TCRS
Compact design for limited installation space
Miniature ball rail systems
Price-optimized
Ball rail systems BSCL for the medium performance range
Vacuum / extreme temperatures
Ball rail systems in all-metal design, e.g. NRTVG
Hygiene areas
Ball rail systems NRII or NRFG
With Bosch Rexroth as a broad-based solution partner, you can quickly find the right linear guide for your application. Whether for process automation, increased efficiency, or miniaturization; whether for special environmental conditions or for new requirements in dynamics, precision, or functional integration such as measurement or temperature control. With the Linear Motion Technology Selector, you can easily select, configure, and order any individual linear guide from the extensive standard portfolio that perfectly matches your application. A broad standard portfolio not only simplifies selection and engineering, but also often reduces the effort involved in purchasing, logistics, servicing, and spare parts inventory. Take advantage of Bosch Rexroth’s low-maintenance, best-in-class solutions now to reduce your costs over the entire life cycle – and ultimately benefit from greater competitiveness and sustainability in mechanical and plant engineering.
Linear Motion Technology Selector
With the Linear Motion Technology Selector, you can quickly find the right linear guide for your application – including technical data, CAD models, and suitable accessory components.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
For years, the path to sustainability in industrial hydraulics seemed to involve trade-offs. Gaining energy efficiency often meant complex system designs or accepting limitations. But what if you could achieve massive energy savings while also reducing investment costs, simplifying your machine build, and improving performance?
This is the new reality made possible by the Bosch Rexroth A3V pump platform, a highly efficient, high-speed variable displacement pump designed specifically for modern, speed-controlled industrial applications.
The Speed-to-Torque Revolution
The fundamental principle behind the A3V is a game-changer for machine design. In a speed-variable pump system, the required motor torque is directly related to the pump’s displacement and speed. By designing the A3V to operate reliably at exceptionally high speeds—up to 4000 rpm—we’ve flipped the traditional design equation.
This higher speed allows the pump to achieve the same flow rate with a smaller displacement, which in turn reduces the required motor torque by up to 30%.
What does this mean for you?
Downsize Your Motor: You can now use a smaller, less expensive servo motor.
Reduce Drive Costs: A smaller motor often allows for a smaller, more cost-effective converter.
Eliminate Liquid Cooling: In many cases, the smaller servo motor can be air-cooled, eliminating the cost and complexity of water-cooling circuits.
The result is a direct reduction in both initial investment cost and long-term operating costs.
Efficiency You Can Measure (And Hear)
The A3V platform isn’t just fast; it’s a new benchmark for efficiency in medium-pressure hydraulics. With a total efficiency of up to 93%—five percentage points higher than previous generations—it minimizes energy losses during operation. For cyclic applications like injection molding or presses, this can translate to overall energy savings of up to 80% compared to constant-speed systems.
We also engineered the A3V for quieter operation. Its design significantly reduces pressure pulsation, a primary source of hydraulic noise. This leads to a quieter machine, a more comfortable working environment, and less vibrational stress on the entire system.
Built for the Future of Hydraulic Drives
The A3V platform is purpose-built for the demands of modern electro-hydraulic systems.
Recuperation Ready: In applications like lowering a lifting platform or counter-holding a die cushion, the A3V can act as a motor, driving the servo motor as a generator to feed power back into the grid or intermediate circuit.
Unlimited Start/Stop: Designed for highly cyclic applications, it has no restrictions on start/stop cycles or prolonged pressure holding.
Dynamic and Variable: The combination of variable displacement and variable speed allows the system to achieve any operating state with optimized energy use, from high-flow movements to high-pressure holding with minimal torque.
The Smart Choice for Sustainable Hydraulics
The A3V pump platform proves that sustainability and cost-efficiency can go hand-in-hand. By enabling the downsizing of core drive components while delivering best-in-class performance, it represents the next generation of intelligent, medium-pressure industrial hydraulics.
Ready to rethink your drive train? Contact your CMAFH representative to see how the A3V can power your next machine.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
Hydraulics just got a modern user interface: Easy2Connect App
Bosch Rexroth’s Bluetooth-enabled valve solution brings commissioning, tuning, and diagnostics to your iPhone or iPad through the new Easy2Connect app, now live in the US Apple App Store. What used to require a laptop, a cable, and a pile of guesswork is now a quick pairing and a clear dashboard.
Here’s how it works: add the compact Bluetooth dongle (R901505294, VT-ZBT-1-1X) to your valve, open Easy2Connect, and you’re in. You can see configuration at a glance, adjust dynamics with guided steps, and capture error messages in seconds. Whether you’re bringing a line online or chasing down a stubborn issue, you get actionable data where it matters—right at the machine.
It’s time to pair up your valves and get commissioning down to a science.
If you’re running valves like 4WRAE6-3X, DBETA-7X, DBETE-7X, 3DREA6, or Z3DREA6, (Data Sheets Link) this is a simple upgrade that makes a noticeable difference.
Many users already have the valves on-site; adding the Bluetooth “black box” unlocks the digital layer that speeds commissioning, lifts productivity, and maximizes availability. And because it’s retrofit-friendly, you can standardize the experience across mixed fleets without a major overhaul.
The launch starts with iOS in the US, with Android submission to the Google Play Store coming next. Europe and China will continue to run their regional app versions. If you’ve been waiting for the US release, your wait is over, download Easy2Connect, order the dongle if you don’t already have it, and turn your hydraulics into a connected, intuitive system.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
When every square inch of factory floor space costs money, why are machine tools still using bulky hydraulic power units that waste half their footprint?
The Installation Space Problem
Machine tool manufacturers face a constant challenge: customers want more capability in less space. As workpieces get smaller and precision requirements increase, every component needs to justify the room it occupies.
Traditional hydraulic power units haven’t kept pace with this miniaturization trend. A standard 4 kW unit typically requires 100 liters of oil capacity, a separate control cabinet, external cooling circuits, and enough clearance for maintenance access. That’s a lot of real estate for what’s essentially a support system.
Four Innovations That Changed Everything
Bosch Rexroth’s CytroPac takes a completely different approach—one that eliminates the traditional “installation space eaters” through intelligent integration:
1. Optimized Tank Design By rethinking how oil degasses, engineers reduced tank volume by 80%—from 100 liters down to just 20 liters. That’s the same hydraulic performance in half the space.
2. Integrated Frequency Converter The fully-wired frequency converter with multi-Ethernet interface lives inside the power unit itself. No separate control cabinet required. For many installations, that eliminates cabinet space entirely.
3. Heatpipe Cooling Technology Instead of bulky cooling circuits, passive heatpipes transfer thermal energy from the motor, converter, and oil to a central cooling water connection. This cuts another layer of complexity and space consumption.
4. Built-in Condition Monitoring Integrated sensors monitor fill level, temperature, pressure, and filter contamination—feeding data directly to Industry 4.0 systems through standard interfaces like Ethernet-IP, EtherCAT, and Profinet.
The Quiet Revolution: Noise Reduction Benefits
Manufacturing environments face increasing pressure to reduce workplace noise levels—both for operator comfort and regulatory compliance. Traditional hydraulic power units contribute significantly to ambient noise through pump operation, cooling fans, and pressure fluctuations during load changes.
CytroPac addresses this through multiple integrated design features. The variable-speed drive eliminates the constant high-RPM operation that characterizes fixed-speed systems—the pump only runs as fast as needed for current demand. Combined with optimized tank design that reduces fluid turbulence and heatpipe cooling that eliminates noisy cooling fans, overall sound emissions drop noticeably. Machine tool builders report quieter operation that improves the working environment without requiring additional sound insulation or enclosures.
Energy Efficiency That Pays Back
Energy costs represent a growing portion of manufacturing overhead, making hydraulic system efficiency more than an environmental consideration—it’s an economic one. Traditional fixed-speed hydraulic systems run at full capacity regardless of actual demand, wasting energy during idle periods and low-load operations.
CytroPac’s integrated frequency converter fundamentally changes this equation. The variable-speed drive adjusts pump speed continuously to match hydraulic demand, consuming energy proportional to actual work performed. This approach complies with EU Eco-Design Directive 2009/125/EC while delivering measurable cost savings. In typical machine tool duty cycles with significant idle time between operations, energy consumption can drop 30-50% compared to conventional fixed-speed units. For manufacturers running multiple machines across shifts, those savings compound quickly—turning energy efficiency from a compliance requirement into a competitive advantage.
What This Means in Practice
The total footprint reduction? Up to 50% compared to conventional designs of equivalent performance.
But space savings aren’t the only benefit. Machine builders also gain:
Faster installation: Connect power, cooling water, data interface, and hydraulic supply—done
Reduced assembly errors: Everything’s pre-wired and tested at the factory
Lower total cost: Smaller footprint means smaller machine frame or larger work envelope
Here’s where integration really pays off. When the frequency converter, sensor technology, and motor are all pre-wired within the power unit, many machine designs can eliminate the hydraulic control cabinet completely.
Even when cabinet space remains necessary for other systems, reducing its footprint by 100% for the hydraulic portion creates flexibility for other components or simply reduces the overall machine size.
A Different Design Philosophy
CytroPac represents a fundamental rethinking of what a hydraulic power unit should be. Rather than optimizing individual components and assembling them, the approach integrates everything from the start—designing for the complete system performance in minimum space.
This matters because machine tool economics increasingly favor compact, flexible designs. When manufacturers can offer the same machining capability in a smaller footprint, they win business. When they can integrate hydraulics without sacrificing valuable working space, they differentiate their products.
Beyond Just Smaller
Miniaturization alone wouldn’t justify redesigning a proven technology. But when you combine space savings with energy efficiency (variable-speed drives only consume what’s needed), simplified installation (plug-and-play connectivity), and Industry 4.0 readiness (integrated condition monitoring), the value proposition becomes compelling.
Machine tool builders working in the 4 kW performance range now have an alternative to the “bigger tank, bigger cabinet, bigger footprint” tradition.
Want to see how much space CytroPac could save in your next machine design? Bosch Rexroth application engineers can evaluate your specific requirements and demonstrate the integration advantages.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
When hydraulic system failures mean production stops, product gets damaged, or worse—people get hurt—you need more than components. You need solutions that work right out of the box.
Your Safety Challenge Just Got Simpler
Machine builders and plant operators face a persistent problem: meeting ISO 13849 functional safety requirements for hydraulic systems often means months of engineering, custom manifold design, complex safety assessments, and expensive validation. One miscalculation, and you’re back to square one.
Problem Solved: Safety Functions That Work From Day One
The STOM series delivers pre-engineered, pre-validated safety shutdowns for hydraulic systems up to Category 4 PLe—the highest safety level defined by ISO 13849. Instead of designing your own safety circuits, you select from three standardized configurations based on four simple parameters:
Pressure (up to 315 bar)
Flow rate (up to 1750 l/min)
Required safety level (Cat 3 or Cat 4)
Functions needed (STO, SDE, SLS)
Your hydraulic problems—solved. From design constraints to uptime issues, we identify root causes and deliver effective hydraulic solutions.
Three Safety Functions in One Compact Block
Safe Torque Off (STO): Two-channel, position-monitored blocking from P1 to P2 ensures leak-free shutdown of entire machine areas or systems. When it must work—you call us.
Safe Decompression (SDE): Controlled pressure relief through dual bypass valves with flow-limiting nozzles safely drains downstream pressure in under 300ms in most applications. No sudden movements. No unexpected energy release.
Safe Limited Speed (SLS): Pre-compression through the same bypass circuit minimizes switching shocks, extends component life, and reduces noise—while meeting functional safety requirements for controlled flow.
The Engineering Time You’ll Save
Traditional custom safety manifolds require:
40-80 hours of safety circuit design
Risk assessment documentation
Component selection and validation
Safety logic programming
Final system validation
With STOM, you select a material number from a datasheet. Documentation, validation calculations, and installation instructions are included. Every solution is engineered to simplify your machine lifecycle: Design → Installation → Operation → Maintenance.
Real-World Reliability From Decades of Expertise
The STOM portfolio builds on proven Bosch Rexroth valve technology—pilot-operated check valves (SL) in sizes 20/30, and actively controllable 2-way cartridge valves (LC2A) in sizes 32/40. These aren’t experimental components. They’re field-tested workhorses now configured for functional safety.
Galvanized surface coating provides long-term corrosion protection. Compatibility with mineral oils (HLP) and flame-resistant fluids (HFC, HFDU) means retrofit flexibility. Identical electrical control across all nominal sizes simplifies commissioning and spare parts management.
Heavy-duty presses, metallurgical plants, and test benches face a common challenge: hydraulic area shutdowns that meet safety standards while minimizing production disruption.
A metal forming facility recently integrated STOM-32B4E manifolds for zone isolation. Results:
87% reduction in safety engineering time versus custom design
Closing times under 280ms with 200-bar system pressure
Safe decompression in 1.2 seconds for 12-liter downstream volume
Zero safety-related downtime in first 18 months of operation
When performance bottlenecks impact your output, our specialists solve them with data-driven, high-performance hydraulics.
Your Challenges Just Became Manageable
Whether you face unpredictable downtimes during retrofits, need breakthrough safety compliance for new machine designs, or require reliable area shutdown for high-risk operations—STOM manifolds make your challenges manageable.
We’re not just a hydraulics supplier. We are the problem solvers behind your productivity—reducing downtime, simplifying design, streamlining installation, and optimizing performance.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
Data centres are the beating heart of our digital world. Keeping them running efficiently and safely is a monumental task. As the need for processing power and data storage increases, the complexity of power distribution systems also grows.
Traditional, cable-heavy solutions are becoming cumbersome, inflexible, and a potential point of failure. This is where modern busbar systems, specifically Rittal’s RiLineX, are revolutionising the game.
But what exactly is this system, and why should data centre operators be paying attention?
What is the Rittal RiLineX Busbar System?
Think of the RiLineX system as a modular power “highway” for your data centre racks. Gone are the days of running multiple bulky cables from the PDU to each server. The RiLineX system uses a compact touch-safe busbar.
This busbar provides a centralised and standardised track for power. You can easily and safely “plug” connection adapters and circuit breakers onto the busbar wherever you need power. This simple plug-and-play method replaces the messy “spaghetti” of old wiring. We offer a safe, flexible, and easy-to-use option.
Key Benefits of RiLineX in Data Centres
1. Enhanced Safety
Safety is paramount in any high-voltage environment. The RiLineX busbar is fully encapsulated and touch-safe (IP2XB). This safety feature dramatically reduces the risk of accidental contact and electrical shock.
This design minimises the potential for human error during installation or maintenance, creating a safer working environment for technicians. Standardised connections provide secure, reliable contacts and reduce the risk of faults from loose terminations. This is also easily upgradable to IP3X should the end client require it.
2. Superior Flexibility and Scalability
Data centres are not static; they are constantly evolving. The biggest advantage of the RiLineX system is its incredible modularity. Whether you’re adding a new server rack or reconfiguring an existing one, the process is straightforward.
Instead of lengthy recabling, simply add a new connection adapter to the busbar in minutes. This “pay-as-you-grow” model allows for seamless scalability. RiLineX helps to ensure your power infrastructure can keep up with your operational demands, without downtime or costly overhauls.
3. Space Optimisation
In a data centre, every square inch of rack space is valuable real estate. Traditional cabling occupies valuable space that would be better used for IT equipment.
The RiLineX system is exceptionally compact. It runs vertically in the rack, occupying minimal space and leaving more room for servers, storage, and networking gear. This efficient use of space helps maximise the density and profitability of the data centre.
4. Faster Installation and Maintenance
Time is money, especially in a data centre where downtime can have catastrophic financial consequences. The plug-and-play nature of the RiLineX system makes installation a breeze. The components mount without tools, reducing setup time and labour.
This speed and simplicity also extend to maintenance. Swapping out a faulty component or adding a new circuit is a quick and straightforward task. Having minimising mean time to repair (MTTR) helps with keeping your critical systems online.
The Smart Choice for Modern Power Distribution
As data centres become more powerful and dense, the limitations of traditional cabling methods become increasingly apparent. Rittal’s RiLineX busbar system offers a compelling solution that directly addresses the core challenges of safety, scalability, and efficiency.
RiLineX offers a safer, more flexible, and space-efficient power distribution system. By enabling data centre managers to build future-ready infrastructures, RiLineX becomes more than just a cabling alternative. Embrace our new busbar system as a strategic investment for your data centre.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
As panel shops move from traditional cabling to busbar, they are faced with an important decision: manual busbar modification or automated busbar modification?
Panel shops that choose automated busbar modification are faced with an additional decision: outsourced or in-house?
Automated busbar modification is faster, less error-prone, more precise, less wasteful, and offers a variety of other benefits.
Rittal Automation Systems machinery for busbar modification is helping panel shops to bring automated modification in-house so they can reap these benefits.
The move away from traditional cabling and toward busbar continues, and many panel shops I’ve talked to lately are facing challenges with keeping up with demand. Their customers increasingly want copper busbar, and it’s no surprise. For high-amperage systems, such as those above 1000A, they can’t use cables because they’ll melt. Copper is a great conductor of electricity that handles heat well and helps suppliers in fields like energy & power meet safety standards like UL 891.
Rittal is helping panel shops all over the U.S. make the transition to busbar and capitalize on this demand. From mom-and-pop shops to huge operations, I work with Rittal customers to provide a range of busbar solutions. Sometimes this involves completing busbar modification jobs for customers at the Rittal Application Center (RAC) in Houston, Texas. Lately, though, I’ve had several customers invest in automated busbar modification machinery of their own. Here’s why.
Manual vs. automated busbar modification options
The panel shops I work with are usually producing modified busbar in one of two ways: they are manually modifying it themselves using hand tools or they are outsourcing modification to a facility like the RAC.
Shops are incentivized to move from manual modification to automated modification when they realize that automated modification is:
Faster: What might take an operator 15 minutes takes machinery 30 seconds.
Less error-prone: Humans make mistakes, but mistakes with busbar are expensive because the price of copper is very high.
More precise: Machinery can more easily achieve the strict tolerances required for busbar modification.
Less wasteful: Because they are more precise and make fewer mistakes, machines produce less scrap — again important due to the high price of copper.
Less reliant on individual operators’ expertise: Manual modification means shops come to depend on specific operators, and operator departures can create problematic knowledge gaps. In a world where shops are competing for skilled labor, automation can help create a centralized knowledge base.
Automated modification is the obvious winner, but outsourcing busbar modification has its pros and cons. The RAC does a fantastic job producing custom modified busbar in as little as a few days, and Rittal provides a turnkey solution that allows customers to buy cabinets and busbar together. There are cases, however, where it is more cost-efficient for growing panel shops or those with very large orders to invest in in-house automation equipment. Plus, with their own machines, shops are able to better control busbar modification lead times — a big pro for many of the shops I work with.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
Rittal’s new VX Hybrid Double Door enclosure is a single-solution industrial enclosure that combines simplicity and durability
NEMA 4 and NEMA 4x protection options make the VX Hybrid Double Door enclosure a versatile solution for a variety of industrial applications
The VX Hybrid Double Door enclosure offers maximum rigidity without additional weight to optimize protection without sacrificing mobility
The VX Hybrid Double Door enclosure is manufactured at Rittal’s Urbana, Ohio facility to help reduce delivery times
One of the biggest benefits with modular enclosures is how they simplify and accelerate configuration and installation in service of helping companies reduce lead times and navigate labor shortages. Plus, the modular design of such enclosures helps reduce your bill of materials (BOM) and makes it easier to maintain enclosures in the field.
However, it can be a challenge finding a modular enclosure that marries this level of flexibility with the required durability and rigidity necessary for deployment in more intense or extreme industrial applications. This kind of enhanced protection was usually reserved for unibody enclosures, but Rittal’s new VX Hybrid Double Door enclosure changes the game, providing exceptional durability and rigidity without complicating the configuration and installation process.
There are a couple of key design features that make this double door industrial enclosure a unique option in today’s market. Here are a couple of ways in which the new VX Hybrid Double Door enclosure combines simplicity, protection, and performance.
Modular design with NEMA 4 and NEMA 4x protection
The industrial space has always been one of challenging or harsh operating conditions, requiring industrial enclosures that can combat a variety of environmental hazards. But the evolution of the industrial space — and manufacturing in particular — to include more outdoor and 24/7 production parameters increases the need for industrial enclosures with higher NEMA ratings.
In addition to distribution, we design and fabricate complete engineered systems, including hydraulic power units, electrical control panels, pneumatic panels & aluminum framing. Our advanced components and system solutions are found in a wide variety of industrial applications such as wind energy, solar energy, process control and more.
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