Machines don’t talk—but if you know their language, you can make them do almost anything. From stacking pallets to keeping production lines humming, automation comes with its own vocabulary—some of it intimidating, some of it essential. Knowing the right terms can save hours of troubleshooting, avoid expensive mistakes, and help you get the most out of equipment like robotic palletisers. Here are ten you should have in your back pocket.
1. PLC (Programmable Logic Controller)
Think of the PLC as the control center of your production line. It’s what tells motors, sensors, and conveyor belts what to do—and when to do it. Palletisers rely on PLCs to move boxes with precision and keep your line running smoothly.
2. HMI (Human-Machine Interface)
The HMI is the “dashboard” you actually want to look at. It turns all the signals, alerts, and data from your machines into a clear, interactive display, so you can spot problems before they become production-stopping headaches.
3. SCADA (Supervisory Control and Data Acquisition)
SCADA systems are like your plant’s nervous system. They collect and visualise data from machines, letting you track performance, spot inefficiencies, and plan maintenance before something breaks. For palletisers, this means fewer surprises and higher throughput.
4. Servo Motors
Servo motors handle the heavy lifting when it comes to precise motion. On a palletiser, they control robotic arms, lifts, and grippers, making sure boxes end up exactly where they should—every time.
5. Conveyor Systems
Conveyors are the arteries of your production line. Understanding belt types, speeds, and load capacities is essential if you want your palletiser to stack without jams or slowdowns.
6. Industrial Sensors
Sensors are your machines’ senses. Proximity switches, photoelectric detectors, and vision cameras help your palletiser “see” boxes, detect orientation, and avoid collisions—keeping both products and operators safe.
7. Actuators
Actuators are what turn instructions into action. In your palletiser, they drive lifts, clamps, and arms, converting PLC commands into smooth, reliable movement.
8. Plug-and-Play
Plug-and-play describes equipment that can be installed and start working with minimal setup. In automation, this means sensors, actuators, or even entire palletising systems can be connected, recognised by the control system, and operate immediately—without complex programming or calibration. For engineers, plug-and-play components simplify installation, reduce downtime, and make it easier to upgrade or expand production lines as needs change.
9. IoT (Industrial Internet of Things)
IoT brings connectivity to your production line. Machines, sensors, and PLCs talk to the cloud, enabling remote monitoring, predictive maintenance, and smarter decision-making that keeps your palletiser running at peak efficiency.
10. Cycle Time
Cycle time is the clock on your production process. The shorter the cycle without sacrificing safety or quality, the more boxes your palletiser stacks—and the more profitable your line becomes.
Why Knowing These Terms Matters
Automation isn’t just a set of machines—it’s a system. Engineers who speak the language of PLCs, HMIs, sensors, and servo motors can make smarter decisions, troubleshoot faster, and communicate clearly with vendors.
Running a small-to-medium factory is like conducting a symphony: every component, from machinery to manpower, needs to work in harmony. One of the most crucial metrics that can help you orchestrate this smoothly is knowing your labour efficiency. It not only tells you how well your team is performing but also highlights areas where time, resources, and processes can be optimised. Understanding this metric can be the difference between steady growth and unnecessary operational costs.
What is Labour Efficiency?
Labour efficiency measures the effectiveness of your workforce in producing the expected output within a given timeframe. Essentially, it compares the work done against the time that should have been required to complete the work.
A high labour efficiency indicates that your team is meeting or exceeding standards, while low efficiency points to bottlenecks, skill gaps, or workflow challenges. It’s a simple concept but incredibly powerful for guiding decisions around staffing, training, and process improvement.
The standard formula for calculating labour efficiency is:
Where:
Standard Hours for Actual Output: The hours that should have been spent producing the actual number of units, based on established benchmarks or time studies.
Actual Hours Worked: The total hours your team actually spent producing those units, including overtime if relevant.
Example: Suppose your factory is expected to produce 500 units in 100 hours. If your team actually takes 120 hours to produce the same output, the labour efficiency would be:
This means there’s a 16.7% gap between expected and actual performance—an opportunity to investigate and improve.
Step-by-Step Guide to Calculating Labour Efficiency
Set Clear Standard Times Start by establishing realistic benchmarks for each product. These can come from historical data, industry standards, or direct time studies on the production floor. Precision here is key: if your standard times are off, the efficiency metric loses its meaning.
Accurately Track Actual Output Record the exact number of units produced within a specific period. Consistency in data collection ensures that your efficiency calculations reflect reality.
Record Actual Hours Worked Total all hours spent producing the output. Include regular work hours, overtime, and any downtime or breaks that affect production.
Calculate Labour Efficiency Use the formula above to determine efficiency as a percentage. This gives a quick snapshot of performance relative to expectations.
Analyse and Interpret Results Efficiency above 100% may indicate exceptional performance—or that your standard times are set too low. Efficiency below 100% highlights inefficiencies and provides actionable insight for improvement.
Practical Tips to Boost Labour Efficiency
Invest in Workforce Training: Even minor skill gaps can slow production. Regular workshops, cross-training, and refreshers ensure employees work efficiently and confidently.
Streamline Workflow: Map your production process, identify bottlenecks, and remove redundant steps. Sometimes, a small tweak in layout or sequence can dramatically improve efficiency.
Leverage Automation: Machines and software can handle repetitive tasks more consistently than manual labour, freeing up staff for more value-added work.
Monitor Regularly: Make efficiency tracking a continuous process rather than a one-off exercise. Weekly or monthly tracking reveals trends and helps anticipate problems before they escalate.
Encourage Feedback: Your team often knows where the friction points are. Open communication can uncover inefficiencies that aren’t obvious from data alone.
Why Labour Efficiency Matters for Small-to-Medium Factories
Labour is often one of the largest operating costs in a factory. Even small inefficiencies can compound into significant losses over time. Calculating labour efficiency provides actionable insights, allowing you to:
Optimise staffing levels
Reduce unnecessary overtime
Pinpoint training needs
Improve workflow and process design
In short, it equips you with the knowledge to make smarter decisions that increase output without necessarily increasing costs. By understanding and actively managing labour efficiency, your factory can achieve smoother operations, happier employees, and a stronger bottom line.
When planning a palletiser installation, one of the first questions is often: “How long will it take before everything is fully operational?” The answer depends on the type of palletiser system being installed, the complexity of the system and the product being palletised, plus any additional equipment being integrated. Setting realistic expectations helps you plan production, allocate resources, and avoid unnecessary delays.
This guide breaks down typical installation times for some of the most commonly used palletising systems, the factors that influence them, and the final steps required before your palletiser goes live.
Palletiser Installation Timelines by System Type
Different palletiser systems come with different installation demands. Here’s a practical overview giving the typical times required for each stage of installation:
Palletiser Type
Mechanical & Electrical Installation
Commissioning
Total Installation Time
Cobot Palletiser
1–2 days
1 day
2–3 days
Static Palletiser
2 days
2 days
4 days
Compact Palletiser
4–5 days
3–4 days
7–9 days
Large Modular Palletiser
~1 week
~1 week
2+ weeks (variable)
Additional Factors That Can Extend Installation
Row Grip Picking Technology
Depending on the product type and handling complexity, a palletiser system with row grip functionality will typically require an additional 1–2 days to install.
Infeed Conveyors
Infeed conveyors are often the most variable part of any installation. Depending on the number, length, and complexity of the infeed systems, installation time can increase by:
0.5 days to 4–5 days, with
~1 day per infeed being a common average.
Precise alignment and testing are essential to ensure smooth product flow.
Automated Mobile Robots (AMRs)
Integrating AMRs adds flexibility but also installation time. Each AMR system typically requires:
5 days for installation
1–2 days for commissioning and testing
Final Steps Before Commercial Production
Once installation and commissioning are complete, two final steps ensure your system is ready for full operation:
Operator Training Ensures your team can run the palletiser safely and efficiently.
Customer Production Commencement (CPC) Confirms the system meets the agreed production specification and is ready for production.
After training and CPC approval, the palletiser can be used for commercial production without Granta Automation on-site.
FAQs About Palletiser Installation
Q: How long does a cobot palletiser take to install? A: Usually 2–3 days, including commissioning.
Q: Can installation timelines change? A: Yes. Additional features such as row grip product picking, multiple infeed conveyors, or AMR integration can extend the timeline.
Q: What’s the timeline for large modular palletisers? A: Typically around 2 weeks, but this varies based on the systems complexity and site conditions.
Q: When can I start commercial production? A: After installation, commissioning, operator training, and a successful CPC.
Conclusion
Understanding the expected installation timeline for a palletiser helps you plan production, allocate resources, and avoid unexpected delays. While cobot systems offer rapid deployment, larger modular solutions require more time and flexibility. Factoring in additional equipment—such as conveyors or AMRs—ensures your project plan is realistic and free from surprises.
In today’s highly competitive manufacturing and logistics landscape, efficiency isn’t just a nice-to-have—it’s a business-critical factor. Every minute lost in the warehouse, every misaligned process, and every damaged product directly affects profitability, customer satisfaction, and your ability to scale.
Yet, many warehouse operations run “as usual” without realising there are hidden inefficiencies quietly undermining productivity. Teams work hard, shipments get out the door, but subtle bottlenecks quietly erode performance. If you’ve noticed delays, frequent errors, or your team constantly playing catch-up, it’s time to take a step back and look at your operations through a new lens.
Even if you’ve never considered automation, the right insights today could transform the way your warehouse works tomorrow.
The Invisible Costs of a Slow Warehouse
Most warehouse managers are aware of obvious inefficiencies—like a broken forklift or a mismanaged inventory system—but the truly costly problems are often hidden in plain sight. These “silent bottlenecks” don’t always show up in daily reports but compound over time, leading to wasted labour, higher error rates, and slower delivery times.
Consider these hidden costs:
Labour fatigue and injury risk: Manual handling of heavy products not only slows productivity but increases the likelihood of accidents and workers’ compensation claims.
Product damage: Inconsistent stacking and rushed packing lead to broken goods, returns, and reputational damage.
Wasted space: Poorly organised pallets reduce storage density, forcing you to expand your warehouse footprint unnecessarily.
Missed deadlines: Small delays in packing can cascade, resulting in late shipments and dissatisfied customers.
Even a small inefficiency can escalate into a major problem during peak periods. The difference between a warehouse that runs “okay” and one that runs optimally often comes down to the ability to identify and eliminate these hidden bottlenecks.
Common Hidden Bottlenecks in Packing and Shipping
Understanding where inefficiencies arise is the first step to solving them. In most warehouses, bottlenecks emerge in predictable areas:
1. Manual Handling Slows Everything Down
Manual stacking, lifting, and transporting pallets is inherently slow and inconsistent. Workers are capable, but human limits mean errors, fatigue, and delays are unavoidable.
For example, stacking boxes manually often leads to uneven pallets that are less stable and harder to move with forklifts. Over time, these small inefficiencies add up: extra time spent restacking, repositioning, or recovering damaged goods.
Even highly trained teams can’t match the speed and precision of a machine designed specifically for repetitive pallet stacking.
2. Inconsistent Pallet Patterns
Without a standardised stacking pattern, pallets vary in size, shape, and stability. This inconsistency affects everything from forklift handling to storage optimisation.
A poorly stacked pallet can:
Reduce storage density
Cause safety hazards
Increase the risk of product damage
Slow down the shipping process
While staff often improvise to “get it done,” these workarounds are a sign of a system that could be more efficient and predictable.
3. Labour Challenges
High turnover and seasonal staffing issues are major pain points for warehouses. When manual processes dominate, training new staff takes time, and mistakes are inevitable.
Even a small error can cause significant downstream effects: incorrect pallet stacking can lead to mis-picks, shipping delays, or damaged goods. In contrast, automated systems maintain consistency regardless of who is operating them.
4. Limited Throughput During Peak Periods
Seasonal spikes, bulk orders, or urgent last-minute shipments often reveal the limitations of a manual process. A warehouse that seems sufficient under normal conditions may collapse under pressure.
Bottlenecks at packing and palletising stages become obvious during these times. Shipments slow down, deadlines are missed, and staff morale can take a hit as teams scramble to keep up.
5. Inefficient Use of Floor Space
Space is money. Inefficient stacking and storage reduce the usable footprint of your warehouse, leading to congestion, longer travel times, and wasted labour.
Poor space utilisation often shows up as:
Overcrowded aisles
Frequent pallet reshuffling
Difficulty accessing high-demand products
Slower order fulfilment
Optimising floor space is not just about fitting more product—it’s about creating flow and predictability in your operations.
How to Identify Bottlenecks Early
Spotting bottlenecks before they become critical requires a combination of observation, analysis, and staff input. Here are practical steps:
Walk the workflow: Track materials from production to shipping. Look for repeated pauses or areas where work slows down.
Engage your team: Operators often know the workarounds used to cope with inefficiencies. Their insights are invaluable.
Analise your metrics: Monitor packing speed, shipment delays, and error rates. Small dips or spikes often indicate deeper issues.
Simulate peak demand: Test operations under high-volume scenarios to identify where processes fail or slow.
The goal is not to assign blame but to uncover structural issues that technology and process improvements can solve.
The Hidden Solution: Automating Pallet Stacking
Once you’ve mapped your workflow and identified bottlenecks, a common theme emerges: manual pallet stacking is often the limiting factor. This is where automation, particularly palletisers, can make a transformational difference. The benefits are substantial:
Speed and throughput: Machines stack pallets faster than any human, keeping pace with peak demand.
Consistency: Each pallet is uniform, stable, and ready for shipping, reducing errors and damage.
Labour efficiency: Staff can focus on higher-value tasks such as inventory management, quality control, or shipping oversight.
Scalability: As order volumes grow, palletisers scale effortlessly, ensuring operations remain smooth.
Even warehouses that appear to “run fine” often discover immediate ROI once palletisers are introduced. Reduced errors, faster shipments, and better space utilisation combine to improve both productivity and profitability.
How to Get Started
Transitioning from manual to automated pallet stacking doesn’t have to be overwhelming. Here’s a practical roadmap:
Map your current workflow: Identify where delays and errors occur. Quantify the time and cost impact.
Run a pilot: Even a single palletiser can reveal significant operational improvements.
Measure results: Track throughput, error rates, labour hours, and product damage.
Scale strategically: Gradually expand automation to additional lines or warehouses as ROI becomes clear.
The goal is not to replace your team—it’s to empower them. Automation handles repetitive, heavy, or time-sensitive tasks, giving your staff the bandwidth to focus on higher-value activities.
Future-Proofing Your Warehouse
Warehouses that invest in automation are better positioned for growth. The benefits extend beyond speed:
Improved accuracy and predictability reduces customer complaints and returns.
Optimised space usage delays the need for costly facility expansion.
Flexible, scalable processes adapt to evolving product lines or order volumes.
Higher staff satisfaction by reducing repetitive manual labour and physical strain.
Inefficiencies in your warehouse rarely appear overnight—they build up slowly, silently draining resources. By paying close attention to manual bottlenecks, analysing workflow metrics, and exploring automation solutions like palletisers, you can reclaim lost productivity, improve safety, and future-proof your operations.
Your warehouse doesn’t have to work harder—it just needs to work smarter. And in a world where speed, accuracy, and flexibility define competitive advantage, smarter warehouses win. In short, automation doesn’t just solve today’s bottlenecks—it prepares your warehouse for the challenges of tomorrow.
Automation isn’t just about installing robots — it’s about delivering intelligent, reliable solutions that transform production. At Granta Automation, we specialise in KUKA-based robotic palletising systems, enhanced with our patented software, to create solutions that work harder, smarter, and longer for our customers.
Platinum Partnership, Proven Expertise
For the past five years, Granta Automation has held KUKA Platinum System Partner status — the highest tier in KUKA’s partner programme. This recognition reflects consistent excellence in delivering complex automation projects, deep technical expertise, and a commitment to quality and innovation. (kuka.com)
KUKA itself notes that the robot is just 25 % of an integrated solution, with the remaining 75 % reliant on system integration, tooling, and software. Our Platinum status signals that Granta excels in these areas, turning advanced robotics into fully realised, high-performance palletising systems.
Patented Easy Programming Software: Intelligence in Action
Granta’s patented software is a major differentiator in our palletising solutions, giving customers unmatched flexibility, speed, and ease of operation. Key benefits include:
Rapid Setup: Stack patterns can be created in minutes, dramatically reducing commissioning time.
No Specialist Skills Required: Operators can program new stack configurations themselves, with an intuitive, drag-and-drop interface.
Flexible Changeovers: Product sizes and stack layouts can be adjusted in minutes, enabling fast responses to changing production requirements.
Optimised Stacking Efficiency: The software automatically calculates pallet layouts for maximum load efficiency.
Automated Multi-Pick: Products are rotated and grouped for multi-picking or row gripping, increasing throughput and reducing cycle times.
Fully Automatic Programming Option: Systems can include measuring lasers to automatically generate stack patterns which is especially useful for short runs or frequent changeovers.
By combining KUKA robots with our patented easy programming software, Granta builds palletising systems that aren’t just automated — they’re smart, adaptable, and efficient, delivering measurable results on the factory floor.
Real Results for Real Operations
Granta Automation’s approach translates directly into operational advantage:
✔ Reliability: Systems engineered for maximum uptime ✔ Flexibility: Tailored solutions for specific production lines and SKUs ✔ Efficiency: Reduced costs, faster changeovers, and simplified maintenance ✔ Confidence: Proven performance backed by a five-year Platinum partnership
Why Choose Granta
Customers who work with Granta Automation gain more than a supplier — they gain a long-term partner delivering:
KUKA-based robotic palletising systems built for precision, reliability, and throughput
Patented easy programming software that brings intelligence and flexibility to every operation
A five-year Platinum partnership, ensuring trust, expertise, and consistent performance
At Granta, every palletising solution combines experience, technology, and innovation to deliver automated palletising systems that meet today’s needs and grow with tomorrow’s ambitions.
Contract packers operate in a world of constant change—short production runs, shifting product formats, tight deadlines, and customers who expect speed and precision. Granta Automations palletiser systems are built with these realities in mind. Our palletisers have become a trusted choice because they deliver flexibility, reliability, and long-term value in environments where every minute counts.
Flexibility That Fits Your Workflow
Frequent changeovers are part of contract packing. One job may involve cartons, the next bags, the next shrink-wrapped packs. Our palletising systems are designed to handle this variety with minimal disruption.
A major advantage is our intuitive easy programming software. Factory floor staff can adjust settings for new product sizes or pallet stacking formats in minutes, without specialist engineering support. This reduces downtime, enables rapid job switching, and helps you take on a wider range of customer requirements without slowing production.
Flexibility in physical deployment (portable palletiser)
A portable palletiser option strengthens this even further. Many contract packers need equipment that can move with demand—one week a line is busy, the next it’s idle, and new products often require reallocating resources quickly. Our mobile palletiser is built specifically for this environment. It can be rolled between lines, reconnected, and running again in a short window, giving you the freedom to redeploy automation wherever it’s needed most. This mobility helps you maximise utilisation, respond to shifting customer schedules, and maintain high throughput without investing in multiple fixed systems.
Reliability That Protects Your Throughput
When a line stops, the impact is immediate—multiple customers, orders, and deadlines are affected. Reliability is therefore central to our engineering approach.
Granta palletisers use proven components and robust mechanical design to ensure consistent, dependable operation. Clear controls, practical layouts, and straightforward maintenance routines help your team keep lines running without relying on external technicians. The result is stable performance that supports your commitments to customers.
Integration That Works With Your Existing Lines
A palletiser is not an isolated machine; it’s the final step in a larger production flow. Our systems are built to integrate smoothly with upstream packing equipment and downstream logistics.
From software to physical layout, every element is designed to fit naturally into your existing processes. Operators can manage and reprogram the palletiser easily, ensuring it supports your workflow rather than disrupting it.
Support That Understands Contract Packing
Even the most reliable systems need support, and contract packing rarely allows for delays. We work closely with customers to understand their pressures and respond quickly when help is needed.
Our relationship doesn’t end at installation. We stay engaged, offering guidance, troubleshooting, and practical advice to keep your palletiser performing at its best. The goal is to act as a long-term partner, not just a supplier.
Built for Long-Term Growth
Automation should evolve with your business. As customer demands shift and product mixes change, your palletising system needs to adapt.
Granta palletisers are designed for scalability and easy reprogramming, giving you the freedom to expand capabilities without major reinvestment. This adaptability helps contract packers stay competitive, responsive, and efficient over the long term.
Granta offers more than machinery. We provide flexible automation, dependable performance, seamless integration, and ongoing support—making us a partner contract packers can rely on as their operations grow and change.
How robotics, AI, and smart machines are tackling workforce challenges in British industry
Across the UK, manufacturing continues to struggle with labour shortages that threaten productivity and growth. Recent workforce data show tens of thousands of unfilled manufacturing jobs – with manufacturers calling the lack of workers the top barrier to growth. [Skills England Report]
At the same time, automation and AI adoption is rising, offering a clear pathway to mitigate workforce shortfalls, enhance productivity, and reshape the future of industrial work.
1. Using Automation to Address Persistent Labour Gaps
Skilled labour — such as precision machine operators, technicians, and engineers — remains in high demand in UK manufacturing. A significant portion of job vacancies are classed as skills shortages, especially in advanced manufacturing sectors.
Automation — including robotics, AI‑assisted tools, and smart machinery — can take on repetitive, precision‑dependent work. These tools don’t replace skilled humans but allow them to focus on higher‑value decision and problem‑solving tasks.
This dynamic aligns with the UK government’s projections in the AI Skills for Life and Work labour market report, which forecasts rising demand for AI‑related and technical roles across industries. [UK Gov]
2. Boosting Productivity When Labour Cannot Keep Pace
Even with recent drops in job vacancies, labour remains hard to attract and retain. Meanwhile, automation systems can operate continuously, reducing bottlenecks and maintaining output. Robots and AI‑enabled systems enhance precision, allow for 24/7 operation, and integrate predictive maintenance — all boosting overall productivity.
Recent data indicate that manufacturers are planning capital investment in robotics and automation, reflecting longer‑term commitments beyond short‑term labour fixes.
3. Reducing Dependence on Temporary or Overseas Labour
In the past, UK firms often relied on overseas or temporary hiring to fill seasonal peaks. With current immigration regimes and competition for skilled labour across sectors, this strategy is increasingly unreliable. Automation helps smooth peaks and troughs in demand without costly turnover and recruitment cycles.
4. Enhancing Workplace Safety and Job Satisfaction
Automation isn’t just about efficiency — it also improves workplace safety by taking on hazardous or physically intensive tasks. This shift reduces injury risk and allows human workers to focus on oversight, quality assurance, and innovation.
Positive worker sentiment toward automation supports this transition; many UK manufacturing employees report that automation is not a threat but an opportunity to improve how they work.
5. Creating New Career Pathways Through Upskilling and AI Skills Growth
Automation doesn’t eliminate work so much as transform it. As new systems are adopted, demand grows for technicians, data analysts, AI supervisors, and automation maintenance specialists. Investing in upskilling is now integral to closing labour gaps while preparing workers for future‑ready roles.
The government’s AI Skills for Life and Work projections underscore the importance of AI and digital skills in the decades ahead — highlighting both opportunity and urgency for workforce development.
Conclusion: Towards Resilience and Renewal
The UK’s manufacturing labour shortage reflects broader trends — demographic shifts, skills mismatches, and global competition for talent. Automation offers a powerful, practical response: enhancing productivity, reducing routine labour burdens, and enabling workers to perform fulfilling, higher‑value roles.
By combining automation with strategic upskilling and workforce planning, British industry can not only solve labour shortages but also build a more resilient, competitive, and innovation‑driven manufacturing sector.
Manufacturers rarely get the luxury of a blank canvas. Production lines evolve, equipment accumulates, and before long every square metre is working overtime. That’s exactly where the Compact Palletiser excels. Instead of forcing facilities to reorganise around bulky palletising systems, it delivers industrial‑grade performance in a fraction of the footprint—without compromising throughput or flexibility.
Whether integrating into an existing line or planning a new facility, the Compact Palletiser offers a practical, space‑efficient route to automation where conventional systems simply won’t fit.
Palletising Designed for Space‑Constrained Facilities
The Compact Palletiser addresses a core manufacturing challenge: achieving automated palletising with automatic pallet feeding in tight spaces. Traditional systems rely on long conveyors and large buffer zones, limiting layout flexibility. Granta’s solution is deliberately streamlined—combining a low‑profile conveyor arrangement with a high‑performance robotic arm to create a self‑contained palletising cell that fits where others can’t.
Its compact footprint makes it ideal for small or awkward spaces. Depending on the configuration, finished pallets can be removed manually or via low‑profile conveyors, enabling high productivity without requiring extensive staging areas.
Efficient Pallet Removal for Any Workflow
A major advantage of the Compact Palletiser is its flexibility in how finished pallets are removed. Every configuration is designed to work seamlessly with both forklift trucks and pallet trucks at floor level. This makes the system uniquely able to integrate into existing material‑handling routines where only pallet trucks or powered pallet trucks (PPTs) are safe to use. Many production areas have health and safety requirements that prevent the use of counterbalance forklifts and normal conveyor systems cannot be unloaded without this or ramps which are both regarded as dangerous. Granta Automation has developed this low level pallet movement system and is the only system in the world with this low level automated pallet movement with pallet truck take off for all pallet types. Whether the facility relies on manual pallet trucks, electric pallet movers, or full forklift operations the compact system covers all requirements.
Modular Configurations Built Around Your Production Needs
The Compact Palletiser is available in three configurations—each offered as a single or double lane cell and tailored to different throughput and automation requirements:
Compact Palletiser Static
The simplest and most cost‑effective option. Empty pallets are loaded manually, and full pallets are removed by forklift or pallet truck. Ideal for manufacturers seeking reliable, entry‑level automation with minimal integration complexity.
Compact Palletiser Auto
Includes low‑profile conveyors to automatically transport full pallets out of the cell while the robot continues working. Empty pallets can be placed into the cell manually without stopping the robot. This continuous‑operation design reduces downtime and boosts throughput—perfect for faster‑paced production environments.
Compact Palletiser Auto with Pallet Feeder
A fully automated solution. With automatic pallet feeding and flow‑through capability, the robot operates uninterrupted, handling multiple pallets seamlessly. Designed for high‑speed, multi‑product lines where manual intervention must be kept to a minimum.
Comparison of Compact Palletiser Configurations
Feature
Static
Auto
Auto with Pallet Feeder
Footprint
Smallest
Slightly larger; includes outfeed conveyors
Largest; includes pallet feeder and outfeed conveyors
Automation Level
Manual pallet loading/removal
Semi‑automatic: pallets fed manually and removed automatically
Fully automatic: pallets fed and removed automatically
Throughput
Moderate
High
Very high; continuous operation
Robot Operation
Stops for pallet changes
Continues while pallets are manually added and removed
Uninterrupted operation with automatic pallet feed and removal
High‑speed, multi‑product lines with minimal manual intervention
Key Benefits
Low cost, easy to install, space‑saving
Reduced downtime, higher throughput, flexible
Maximum uptime, minimal manual handling, scalable automation
Operator Interaction
Manual loading/removal
Manual loading/removal
Minimal; largely hands‑free apart from loading stacks of empty pallets and removing stacked pallets
Performance and Flexibility Without Compromise
Compact doesn’t mean limited. The system is engineered for industrial‑strength performance, handling payloads up to 140 kg. A wide range of end‑of‑arm tooling—vacuum, mechanical, or bespoke—allows it to handle cartons, trays, shrink‑wrapped packs, and more.
Advanced control software ensures precise stacking, while row‑pick and multi‑pick capabilities accelerate cycle times on demanding lines.
Why the Compact Palletiser Is a Game‑Changer
In an industry where space, flexibility, and uptime are critical, the Compact Palletiser enables manufacturers to deploy advanced high speed palletising in areas previously considered too small or not safe enough. From manually fed static cells to fully automated pallet‑feeding systems, it offers scalable solutions for every production level.
By combining space‑efficient engineering with intelligent control, and low automatic pallet moving through the system Granta Automation’s Compact Palletiser proves that high‑performance automation doesn’t require a large footprint. For space‑restricted facilities, it’s more than a palletiser—it’s a strategic enabler of efficiency, safety, and operational agility.
When you invest in automation, you’re not buying theory—you’re buying results.
Every day, our palletising systems stack more than 30,000 products per hour in live production environments across customer sites. These aren’t test cells or demo lines. They’re real factories, real products, real pressures—and our palletisers deliver, shift after shift.
That’s what we mean when we say: experience matters.
Proven Performance, Where It Counts
We design and supply palletisers built to perform on real production lines. From FMCG and food to chemical and packaging applications, our systems are trusted to run at high throughput, often around the clock.
Because our palletisers are stacking thousands of pallets every week across multiple sites, we gain invaluable real‑world insight into:
Long-term reliability
Product and packaging variation
Line speed changes and production peaks
Operator interaction and maintenance needs
This continuous feedback loop directly shapes every system we build.
Engineered for Real Production Demands
Our palletisers are designed to integrate seamlessly into your operation—not the other way around.
We build our systems with:
Robust mechanical design for continuous, high‑cycle operation
Flexible pallet patterns for boxes, shelf ready cartons, trays, bags, etc.
Intelligent controls that coordinate smoothly with upstream and downstream equipment
Operator‑friendly interfaces on our easy-to-use programming software that simplify day‑to‑day use
The result is automation that performs reliably in the hands of your production team.
Our Palletisers in Action
Seeing automation perform in a real production environment says more than any specification sheet. Below are examples of our palletising systems operating, stacking pallets at full production speed.
Cobot Palletiser
This video demonstrates our collaborative robot (cobot) palletising system operating safely alongside production staff. The cobot handles products with precision while maintaining a compact footprint, making it ideal for sites where space is limited or where operators and automation need to work closely together. It’s a clear example of how cobot palletising can increase throughput, reduce manual handling, and integrate smoothly into existing workflows.
Box Palletising
This video showcases one of our box palletising systems operating in a live production environment. You’ll see how the system handles consistent carton placement, smooth layer formation, and stable pallet builds. It’s a clear demonstration of how our palletisers maintain accuracy and reliability.
Container Unloading and Palletising
In this clip, you’ll see our container unloading and palletising system creating a seamless, continuous flow of palletised product. The system can be quickly reprogrammed by production staff to handle different product types, allowing multiple‑SKU containers to be unloaded quickly and efficiently. Throughout the process, it maintains stable, repeatable pallet patterns whilst reducing manual handling and increase overall efficiency.
Modular Palletising Cell
This video demonstrates some of our modular robotic palletising systems in action, showing how they automatically create stable pallet stacks with speed and precision. The system handles a wide range of product types, generates pallet patterns automatically, and can be quickly reconfigured as production needs change. It’s a clear example of how robotic palletising increases throughput, reduces manual handling, and delivers a flexible, future‑proof solution for end‑of‑line automation.
Experience You Can Rely On
When your palletiser is stacking hundreds of pallets per shift, small details matter. Over years of supplying palletising systems, we’ve helped customers overcome challenges such as:
Variable pack quality
Limited floor space
Short changeover windows
High throughput with minimal downtime
This accumulated experience allows us to anticipate issues early and design systems that work reliably in your environment from day one.
Why Experience Matters
Stacking 30,000+ products per hour onto pallets across customer sites isn’t just a statistic—it’s proof that our palletisers perform where it matters most.
When you choose Granta Automation, you’re choosing a palletising partner with systems already delivering results in demanding production environments.
Because proven experience on the factory floor makes all the difference.
Picture your production line as a new palletiser comes online. Operations are excited about the efficiency gains, while finance is weighing the impact on budgets and long‑term planning. Should the equipment be purchased outright, rented, or leased?
For many UK manufacturers, this decision shapes cash flow, strategic flexibility, and how quickly automation can be deployed. At Granta Automation, we help businesses navigate these options to find the solution that best fits their needs.
Understanding Your Financing Options
1. Rental / Operating Lease
A rental or operating lease gives you access to automation equipment without the need for upfront capital. Payments are typically monthly or quarterly, turning a capital purchase into an operating expense.
Why rental works well:
Protects cash flow
Easy to upgrade or change equipment
Predictable budgeting
Points to consider:
Higher cumulative cost over long periods
No ownership
Contract limitations for early changes
2. Capex / Purchase
Purchasing automation equipment outright adds it to your balance sheet as a fixed asset. This is often preferred by manufacturers with stable production volumes and long‑term investment plans.
Key advantages:
Full ownership
Capital allowances and depreciation
Lowest lifetime cost for long‑life equipment
Points to consider:
High upfront investment
Obsolescence risk
Maintenance responsibility
3. Leasing (Finance Lease)
Leasing is one of the most popular routes for Granta customers, offering a balance between affordability and long‑term ownership. Unlike rental, leasing allows you to own the palletiser at the end of the term for a small nominal fee, while still benefiting from low monthly payments.
Why leasing is so effective:
Immediate access to automation
Fast return on investment
Predictable monthly payments
Preserves cash flow
Quick finance decisions
Simple agreements
At the end of the lease, the palletiser can be purchased for a small nominal fee, allowing you to continue benefiting from the equipment for many years.
Financing Options Comparison Table
Rental / Operating Lease
Leasing (Finance Lease)
Capex / Purchase
Upfront Cost
Low
Low
High
Ownership
No
Yes (end of term)
Yes
Balance Sheet Impact
Operating expense
Finance agreement
Asset added
Cash Flow Impact
Minimal
Minimal
Significant initial impact
Long‑Term Cost
Highest
Medium
Lowest
Maintenance Responsibility
Often included
Typically customer
Customer
Ideal For
Rapid scaling, short‑term needs
Cash‑flow‑sensitive long‑term users
Stable long‑term operations
Which Approach Fits Your Business?
The right choice depends on your growth plans, cash position, and how quickly your production environment evolves. The scenarios below give you some example cases and the best fit solution.
Scenario A – Fast‑Growing Start‑Up
A new food packaging company needs automation immediately to keep up with demand. Leasing allows them to install a palletiser now, maintain cash flow, and benefit from predictable monthly payments while they scale.
Scenario B – Established Manufacturer
A multi‑site beverage producer wants consistent processes across all plants. Purchasing core automation equipment provides long‑term cost stability and asset value, while leasing additional equipment helps them expand capacity without large upfront spend.
Many manufacturers often use a hybrid strategy:
Lease equipment that delivers long‑term value but needs to be cash‑flow friendly
Rent equipment that may need regular upgrading
Purchase core assets with long service life
To support your decision, these tools can be used to estimate the potential savings from a palletiser system and its likely payback period.
Automation isn’t just a technical upgrade — it’s a strategic investment. In many cases, leasing the system results in a monthly cost that’s significantly lower than the savings it generates, meaning you start saving money from day one. Choosing the right financing route ensures your business can scale efficiently, manage costs, and stay competitive, and we’re here to support you through every step of that decision process.
Bag Palletiser
Barrel Palletiser
Box Palletiser
Crate Palletiser
Tray Palletiser
