Help Center
Here we have compiled Relevator’s guides, references, blog posts, and frequently asked questions about used warehouse automation, sorting systems, automatic stretch wrapper, conveyor belts, forklifts, and Vertical Lift Modules and Vertical Carousels.
This content is designed for companies that are facing changes, optimization, or the closure of their warehouses and want to understand the opportunities offered by reuse, circular solutions, and cost-effective alternatives to new investments.
Each product page includes several ways to purchase the item. The easiest way is to click the “Get a Quote” button, and one of our sales representatives will contact you immediately to complete the purchase. If you have any questions before making a purchase, simply call us, send an email, or fill out the contact form, and we’ll get in touch.
The prices listed for all items are the list prices for the products themselves. If you require shipping, modifications, or installation services, additional charges may apply.
Shipping costs apply to all items unless otherwise specified. We work with several carriers that offer competitive rates and can always provide you with a shipping quote when we send you a proposal. If you’d like to use your own carrier, please let us know and we’ll arrange a pickup date together.
Most items sold on Relevator are available for immediate shipment and can be delivered within Sweden in 1–3 days. If you would like to order installation of the product, we can include it in our delivery, or we can assist you in finding a suitable local installation company. In such cases, the installation will be scheduled according to your preferences and the availability of installation resources.
Relevator delivers throughout the country and across Europe.
Virtually all products on Relevator are eligible for financing. We partner with De Lage Landen and Siemens Finance and can offer financing terms of 3, 4, or 5 years. If you have your own financing partner, you can also contact us to arrange financing through your partner.
When purchasing products that include installation, you can also pay in installments, with payments made at various stages, such as upon order placement, delivery, and after installation.
Terms and warranties vary slightly depending on the product. Most importantly, however, unless otherwise specified, all products come with a performance guarantee. This guarantee means, first and foremost, that we only sell products that work; if a product does not work, we will fix it.
If you are interested in selling warehouse automation through us, please let us know by filling out one of our contact forms or sending us an email info@relevator.se We then have three different sales methods:
- Through a direct cash purchase. We will pick up the product as soon as possible or as agreed.
- Through a consignment arrangement where the product is temporarily stored at our facility. We will pick up the product as soon as possible or as agreed. Once the product is sold, you will receive your residual value.
- Through a consignment arrangement where the product remains in your possession until it is sold. Once the product is sold, it is picked up and you receive your residual value.
If you'd like to learn more about how selling through Relevator works, you can do so here.
We can assist with appraisals of your used warehouse automation equipment, whether you’re in the planning phase or at a more advanced stage of the sales process. Please get in touch using one of our forms or contact us via info@relevator.se We’ll help you with a free appraisal.
If you want to get rid of the item right away, we’ll make you a cash offer and can remove it immediately. If you choose to sell the item through one of our brokerage services, we usually sell it within 1–6 months, depending on the size and complexity of the automation system.
As soon as the automation system has been picked up or dismantled and picked up, you can issue an invoice to us and receive payment.
Relevator evaluates the warranty for its Vertical Storage Systems on a case-by-case basis but always provides a performance guarantee. The performance guarantee ensures that the Vertical Storage System we sell actually works.
If we sell the Vertical Storage Systems with installation included, a machine warranty may also be included. The machine warranty means that we guarantee the installation was performed correctly, and if any defects arise as a result of the installation, we will remedy them. Any electrical faults are not covered by the warranty.
The delivery time for a Vertical Storage System we have in stock is usually no longer than 2–4 weeks, including installation. Installation typically takes approx. 2–4 days per Vertical Storage System. Each installation must be scheduled individually to ensure the availability of installation technicians.
Normally, 30% is paid upon ordering, 60% upon delivery, and the remaining 10% after installation. Vertical Storage Systems can also be leased or financed.
Yes, the advantage of connecting the Vertical Storage Systems is that they can automatically display the correct picking location based on a picking list or by searching for an item in the ERP system.
No, if you only have 1–2 Vertical Storage Systems and relatively few picking operations, it’s usually neither necessary nor economically justifiable.
Almost all business systems offer the type of communication required to connect to Vertical Storage Systems. In some cases, the connection is a bit simpler, but the capability is essentially always available.
Common ERP systems and WMS solutions we have helped integrate with Vertical Storage Systems include Astro, NYCE.LOGIC, Ongoing, Monitor, Jeeves, SAP, Kobra, and Microsoft 365 Business Central.
In most cases, the cost starts at 6 500 EUR and up. The cost depends largely on how much you want to include in the integration and how sophisticated the logistics workflow you’re building is.
It all comes down to the layout of your warehouse and your goods. It’s often said that you can reduce floor space by 70–80% compared to standard shelving or pallet racking. If you’d like help calculating your space savings, feel free to contact us or use our “Capacity Check” calculator.
Using Vertical Storage Systems can significantly reduce the walking time normally required when picking from shelving or pallet racks. For example, the average wait time between picking lines on a Vertical Carousel is 20–25 seconds. With multiple Vertical Storage Systems and a good workflow, you can achieve over 200+ picking lines per hour per picker—that’s approx. 2–3 times faster than manual picking.
Reduced inventory loss is a major advantage of Vertical Storage Systems. Because everything is organized and enclosed within a Vertical Storage System, it becomes easier to track which items are removed and when. Since a command must be issued to retrieve items, the risk of unauthorized personnel taking goods is reduced.
A well-maintained Vertical Storage System can operate for up to 20–25 years without major overhauls. For older Vertical Storage Systems, Relevator actively works to replace key components, which allows them to operate for over 30 years.
Yes, Relevator offers original manufacturer service through the Manufacturer's service organization.
Yes, and this applies to virtually all Vertical Storage Systems. For more information on integration, please read our guide here.
Relevator always provides a performance warranty and, for installations, usually a machine warranty as well. The performance warranty means that we guarantee that the machine we sell is in working order. The machine warranty means that if a defect arises as a result of the installation, we will repair it. The machine warranty covers the mechanics and installation, but any electronics faults are not covered by the warranty.
For Vertical Storage Systems manufactured before the year 2000, it may be worth checking the availability of spare parts. For Vertical Storage Systems manufactured after the year 2000, spare parts are almost always available.
If you also have a service agreement with the Manufacturer, you’ll receive excellent support regarding replacement parts.
Absolutely, we offer manufacturer-authorized service for all the Vertical Storage Systems we sell. The service is performed by the Manufacturer’s service organization.
Yes, if you have experience with automation, you can handle at least a large part of the mechanical maintenance yourself. Some manufacturers also offer courses on how to maintain their Vertical Storage Systems. Our recommendation is always to opt for the manufacturer’s service contract.
A basic maintenance contract that includes one annual service and free phone support typically costs between 90 EUR and 200 EUR per month.
For Vertical Storage Systems manufactured before the year 2000, it may be worth checking the availability of spare parts. For Vertical Storage Systems manufactured after the year 2000, spare parts are almost always available.
We offer a selection of replacement parts; otherwise, we can help you find the right Manufacturer or supplier.
Normally, it is recommended to install a 3-phase circuit breaker rated at 17–35 A in the supply line. For every Vertical Storage System we sell, we specify the electrical requirements.
Electrical work must always be performed by a licensed electrician. When planning an installation, we coordinate with you to ensure that the electrician arrives at the right time to carry out the preparatory work.
Yes, we offer both new and used cabinets and interior fittings.
The key is to maximize space utilization when choosing drawers. Make sure the width, depth, and height of the drawers fill the shelves or trays to the maximum. If you’d like to learn more about drawers and interior design, please refer to our guide here.
They certainly can. Be sure to check the depth of the boxes against the depth of the trays in your new Vertical Storage System. In the long run, it’s usually worth investing in custom shelving if your old boxes don’t fit well, as this will improve both space utilization and fit.
A standard-sized Vertical Storage System can hold anywhere from 200 to 1,000 boxes. The boxes can then be equipped with compartments or dividers, allowing for up to thousands of unique storage locations.
In Sweden, you can expect to pay between 1 000 EUR and 2 000 EUR to transport a Vertical Storage System. If it is a larger Vertical Storage System, two full 13.6-meter trailers will be required.
A small Vertical Storage System requires approx. 13 cubic meters. Larger Vertical Storage Systems require between 18 and 36 cubic meters.
Without a load but including racks and trays, a Vertical Storage System weighs approx. 4,000–7,000 kg. A disassembled Vertical Storage System consists of approx. 10–15 packages of varying sizes. The heaviest pallets are usually those containing trays and weigh up to approx. 1,000 kg.
Yes, but it is best performed by an experienced forklift operator. We recommend using a counterbalance forklift with a capacity of at least 3.5 tons and access to long forks.
It works perfectly well for both truck and sea freight. Customs clearance is required for exports outside the EU.
Yes, Relevator always uses the manufacturers' installation teams or specialized contractors with expertise in this type of service.
All manufacturers have their own installation teams or certified partners who handle installation and dismantling. There are also some independent companies that specialize in managing Vertical Storage Systems.
Prior to an installation, Relevator always sends out a checklist of necessary preparations; in addition, a technician always visits the site to assess the installation location. Once the installation begins, it takes approx. 2–4 days per Vertical Storage System to complete.
Yes, relocations can be carried out by the manufacturers or qualified professionals. It involves a cost and requires some planning, but it is entirely possible.
Yes, when scrapping a machine, the dismantling cost is often slightly lower than for a standard dismantling job. Even though you’re scrapping the Vertical Storage Systems, it may still be worth hiring professionals, as dismantling it yourself can pose risks of collapse and damage if you lack experience.
Dismantling typically costs between 4 200 EUR and 6 000 EUR, installation between 5 000 EUR and 8 500 EUR, and if you purchase a relocation package that includes both dismantling and installation, it usually costs between 8 500 EUR and 14 000 EUR. In addition to the above, there are costs for custom packing materials and any equipment required for the job, such as a forklift and scissor lift.
Some Vertical Storage Systems can be moved on wheels if they remain within the same premises and the floor is level and has sufficient load-bearing capacity. If a Vertical Storage System needs to be moved between two different locations, it must be disassembled.
A new Vertical Storage System typically costs 55 000 EUR or more. A fairly standard Vertical Storage System usually costs approx. 65 000 EUR when new.
A used Vertical Storage System typically costs between 16 500 and 42 000 EUR, depending on its condition, model, and manufacturing year.
Yes, a used Vertical Storage System can usually be leased under the same terms as a new one. Typically, a Vertical Storage System is leased for 3–5 years, and then a small residual value is paid to keep the system after the lease term ends.
You can own a Vertical Storage System without any ongoing costs. We always recommend a maintenance contract to keep the Vertical Storage System in good condition; in that case, the ongoing cost is approx. 95–200 EUR per month. When we sell a Vertical Storage System, we can help you sign a contract for original service with most Manufacturers.
If you purchase Vertical Storage Systems including installation, payment is typically made as follows: 30% upon ordering, 60% upon delivery, and 10% after installation.
If you purchase warehouse automation without installation, payment is typically 30% upon order and 70% upon delivery.
Yes, moving costs account for a relatively large portion of the value of a Vertical Storage System, but if you sell through Relevator, we offer the smoothest possible sales process and help you maximize the residual value.
If you purchase one or perhaps two Vertical Storage Systems, the biggest benefit you’ll get is high storage capacity in a small space. If you purchase three or more Vertical Storage Systems and have a good picking strategy, Vertical Storage Systems can also be a very efficient picking solution.
In efficient warehouses equipped with Vertical Storage Systems, it is not uncommon for pickers to achieve 200+ picking lines per hour.
If you have small or medium-sized items—which are typically best suited for Vertical Storage Systems—you can expect to store between 800 and 2,000 unique items.
The number of storage locations depends entirely on the size of the goods and how you choose to configure the compartments or storage locations on each shelf. If you create smaller compartments—such as 10x10 cm, 20x20 cm, or similar—you can expect to fit 800 to 2,000 unique storage locations in a Vertical Storage System.
A load capacity of approx. 200 kg per tray is standard. Most Vertical Storage Systems can handle 300–400 kg per tray.
The racks and trays in Vertical Storage Systems are typically 2,000 mm to 4,000 mm wide and 400 mm to 860 mm deep. The height of the goods can be up to 600 mm.
One Vertical Lift Module is designed with a central lift, with trays located in front of and behind the lift in a configuration that closely resembles a tall shelving unit or pallet rack. The lift moves up and down in a central shaft, retrieving trays from the racks and delivering them to the picking opening of the Vertical Lift Module.
Unlike a Vertical Lift Module, a Vertical Carousel is designed so that the shelves move along a chain or conveyor belt; the shelves circulate within the machine’s shaft and are then presented at the opening.
A Vertical Lift Module is an excellent option if you have a wide variety of items in very different sizes and want to save space. The trays can be adjusted to accommodate different item heights, either manually or automatically. Vertical Lift Modules can also be a very efficient picking solution if you purchase three or more units.
Unlike Vertical Carousels, Vertical Lift Modules also offer a bit more flexibility if you want multiple loading openings. For example, for throughput reasons, it can be efficient to have two openings (front/back) at the bottom of the Vertical Lift Module, or one opening at the bottom and another a few meters up on a mezzanine level.
Approx. 7–15 m² of floor space. A Vertical Lift Module can typically save up to 70–80% in floor space compared to shelving units. For example, a Vertical Lift Module that is 4 meters wide, 10 meters high, and has 70 trays provides 210 m² of storage capacity in just 12 m² of floor space.
Vertical Lift Modules are typically 4–5 meters high, and at most approx. 20 meters. The heights available on the used market are determined by the ceiling heights found in warehouses and industrial facilities. Standard industrial properties often have ceiling heights of 6–10 meters, so machines for sale are frequently within that height range. The world’s tallest Vertical Lift Module is approx. 40 meters.
Vertical Lift Modules are typically capable of supporting at least 200 kg per tray. Under normal conditions, trays can support 300–400 kg. At maximum capacity, trays can support up to 1,000 kg.
The Vertical Carousel is designed so that the shelves move along a chain or belt, like an upright carousel. The drive mechanism/carousel rotates forward or backward to bring the shelves into view at the opening of the Vertical Carousel. Each shelf is numbered, and if you enter, for example, shelf 20, the carousel rotates and shelf 20 appears in the opening.
One Vertical Carousel features a design in which the shelves are driven by a chain or belt like a carousel; the shelves rotate within the machine’s shaft and are then presented at the opening. A Vertical Lift Module, on the other hand, has an elevator that moves through the center of the machine, where trays are stored on both the front and back sides. The elevator retrieves trays from inside the machine’s structure and then presents them at the picking opening.
If you only need one Vertical Storage System and don’t plan to integrate it with an overarching warehouse management system or business system, a Vertical Carousel is a great choice. Vertical Carousels don’t take up as much floor space since they’re slightly shallower than a Vertical Lift Module, so if space is limited, this could be the right solution. If you’re planning to purchase multiple Vertical Storage Systems and are looking for an efficient picking solution, feel free to consult us—a Vertical Carousel may very well be a good fit for that as well.
Approx. 6–8 m² of floor space. A Vertical Carousel can typically save up to 70–80% in floor space compared to shelving. A Vertical Carousel that occupies 7 m² of floor space can often provide over 70 m² of storage capacity because it makes efficient use of the ceiling height in a warehouse.
Vertical Carousels are typically 3.5 to 4 meters tall and up. A common height for Vertical Carousels is 6 to 8 meters, and they can reach a maximum height of approx. 12 meters.
Absolutely. Vertical Carousels are most space-efficient when the ceiling height is less than approx. 6 meters. When used correctly, a Vertical Carousel can also achieve a picking efficiency that matches or exceeds that of a Vertical Lift Module.
Relevator specializes in used warehouse automation equipment, including conveyor belts and roller conveyors. We help companies dismantle, relocate, sell, and install equipment throughout Sweden. Contact us We'll help you find the right solution.
Roller conveyors are very space-efficient. They can be installed in existing facilities and adapted to the layout.
Roller conveyors are built in sections and can range from a few meters to entire warehouse lines. They can be easily expanded or modified.
Capacity depends on the model and design. Roller conveyors can handle everything from light packages to heavy cargo and pallets.
Roller conveyors are modular and relatively easy to install. They are assembled in sections and can be adapted to fit existing workflow. Relevator assists with the dismantling, relocation, and installation of both individual roller conveyors and entire systems.
Maintenance is easy:
- Keep the rollers clean
- Check for worn parts
- Replace damaged rollers as needed
What makes roller conveyors particularly reliable is their long service life and low maintenance requirements.
It depends on:
- Type of cargo
- Weight
- Flow
- Layout
Used roller conveyors are often a very cost-effective option.
- Highly reliable
- Flexible and modular
- Easy to install
- Low maintenance
- Cost-effective
We’ll help you choose the right roller conveyor based on your cargo, throughput, and existing systems.
Gravity conveyor
It uses gravity and has no motor. It is simple and very cost-effective.
Powered roller conveyor
A powered roller conveyor is motorized. It is suitable for longer distances, heavier loads, and automated material flows. We always have both gravity and powered roller conveyors in stock, ready for quick delivery.
A conveyor belt automatically moves goods between different points in a warehouse or production facility. They are used to transport cartons, boxes, components, or bulk materials efficiently and at a steady pace.
Used conveyor belt are both adaptable and modular. This makes it easy to adapt them to new spaces.
Relevator helps you buy, sell, and relocate used conveyor belts and assists you in adapting them to your existing facilities.
A conveyor belt, or belt conveyor as it is sometimes called, uses a belt and is well suited for small, irregularly shaped, or lightweight goods.
Roller conveyors use rollers and are best suited for cartons, boxes, and pallets. They are highly reliable and easy to maintain.
Conveyor belts can range from a few meters to hundreds of meters in length. They are built in sections and customized to fit the layout, capacity, and flow of the facility. We’re happy to help you determine the right length and configuration based on your facility and existing material flow.
Capacity depends on the model, width, and motor. Conveyor belts can handle everything from small packages to heavy industrial goods, as long as they are properly sized. We’ll help you choose the right conveyor belt based on weight, cargo, and sizing.
Conveyor belts can be used to transport, for example:
- Boxes and packages
- Plastic boxes and trays
- Food
- Industrial components
- Bulk materials
Contact us We'll help you find the right conveyor belt.
Capacity depends on the model, width, and motor. Conveyor belts can handle everything from small packages to heavy industrial goods, as long as they are properly sized. We’ll help you choose the right conveyor belt based on weight, cargo, and sizing.
Yes. The speed can be adjusted via motor control or a frequency converter to match the flow rate.
Common applications:
- Warehousing and Logistics
- E-commerce
- Production
- Food industry
- Recycling
Conveyor belts streamline workflows and reduce manual handling. Relevator supplies and installs conveyor belts for warehouses, production facilities, and logistics operations throughout Sweden and across Europe.
Yes, a parcel sorting system can be integrated with various systems and platforms to ensure smooth data transfer and logistics management. This integration can include the company’s e-commerce platform, warehouse management system, order management system, and transportation management system to ensure seamless handling and tracking of products from order placement to delivery.
Sorting systems implement various measures to minimize the risk of product loss or theft. These may include surveillance systems, security measures to prevent unauthorized access to packages, and protocols to monitor and track the security of packages during sorting and handling.
Parcel sorting in e-commerce and warehousing offers several benefits, including increased efficiency and productivity. It reduces delivery errors and improves delivery times, leading to greater customer satisfaction. In addition, it can handle large volumes of products and optimize storage space.
The implementation of automated package sorting can offer several advantages over manual sorting. These include increased speed and efficiency, a reduced risk of errors and incorrect deliveries, improved traceability, and a reduced workload for staff. Automation can also enable the handling of larger volumes and more complex sorting requirements.
Sorting systems can help reduce costs by cutting labor requirements, improving picking and packing efficiency, and reducing shipping errors. They can also optimize storage space and prevent overstocking and product loss. Want to learn more about ROI? Check out the “Guides” tab and the section on sorting systems.
Parcel sorting can contribute to a more sustainable business. By streamlining the logistics process and minimizing incorrect deliveries, companies can reduce transportation emissions and unnecessary resource consumption.
Sorting systems can handle a wide variety of products, including small items such as clothing, electronics, toys, and cosmetics, as well as larger ones. These products may be packaged in boxes, bags, or other packaging materials.
Yes, a parcel sorting system can be adapted to handle sensitive or fragile products. By using appropriate packaging and equipment, the risk of damage during sorting and handling can be reduced. It is also possible to implement manual sorting techniques to ensure extra care when handling these products.
Yes, sorting systems can be adapted and customized to meet the specific needs of different companies and operations. The size of the system, its sorting capacity, and the technology used can be tailored to suit the company’s product range and volume.
Yes, they can be customized to handle and sort products with different language versions or regional requirements. This may involve the facility having systems in place to recognize and sort products based on the language on labels or to comply with specific regional requirements and guidelines for product instructions.
A sorting system, also known as a parcel sorting system, is a system used to sort and handle products in warehouse environments. Sorting systems are used to streamline the picking and packing process and enable fast and accurate delivery of goods to customers.
A parcel sorting facility uses advanced automation technology to sort and separate packages based on various criteria, such as size, weight, destination, or customer order. The packages are transported through a network of conveyors and automatically sorted using optical scanners, after which they are directed onto roller conveyors to the correct destination for further delivery or storage.
A parcel sorting facility uses advanced automation technology, such as conveyor belts, sensors, and label scanners. These technologies enable fast and accurate identification, sorting, and routing of products through the facility. You can always opt for accessories such as carton erectors and carton sealers.
Software plays a vital role in sorting systems. It controls and monitors the sorting process, coordinates the movement of machinery, and manages data related to products, orders, and deliveries. The software can also be integrated with the company’s WMS or ERP system to ensure accurate traceability and inventory management.
A parcel sorting operation generates various types of data, such as product information, delivery addresses, sorting and handling times, and any deviations from normal processes. This data can be used to monitor and improve the facility’s efficiency, optimize the logistics process, and identify potential problem areas so that corrective action can be taken.
Yes, a parcel sorting system can generate reports and analyses on sorting performance and efficiency. This may include data on sorting speed, error rates, picking times, capacity utilization, and other key performance indicators. These reports and analyses can be used to monitor and improve the facility’s performance and make informed decisions to optimize the sorting process.
Weekly/monthly: Inspection of belts, bearings, and lubrication, and functional testing of safety equipment.
Annual service: Inspection of the electronics, pneumatics, pre-stretch system, and safety features by a certified technician.
Yes, a brief operator training session is usually required. Relevator works with external companies that often include training as part of the installation and commissioning process. Manuals are provided.
Installation and commissioning, without major modifications, typically take about one to two weeks, depending on the size and complexity of the line. This timeframe assumes the use of certified and experienced technicians.
Integration is usually relatively straightforward but requires planning: heights, orientations, communication, and safety zones relative to other machines must be coordinated. Relevator can assist with layout reviews and adaptation proposals.
Yes. Relevator handles the entire process: project management, certified dismantling, packaging, coordination of shipping, and on-site installation and commissioning as agreed.
Higher capacity: More pallets per hour and a more consistent throughput.
Lower personnel costs: Less manual work and freed-up resources.
Safety: Fewer manual steps reduce the risk of accidents and injuries.
Standardized packaging: More consistent packaging and more stable goods.
Better ROI: Lower operating costs per pallet and a quick return on investment at higher volumes.
A fully automatic stretch wrapper can, in some cases, cost around 250,000–400,000 SEK (for the machine alone).
Roller conveyors often cost around 40,000–50,000 SEK per meter when new, so a complete line with ancillary equipment can often cost between 1 and 2 million SEK, depending on the design and scope of the project.
Prices vary depending on the model, equipment, condition, and year. A used complete line can often be purchased for a fraction of the new price—often with a discount of approx. 70% off the new price—resulting in significant savings.
It depends on pallet volume, packaging quality requirements, staffing resources, and ROI. Contact us—we’ll help you calculate capacity, costs, and which option delivers the best results.
Yes. Used automatic stretch wrappers are often a cost-effective option with shorter lead times. When you purchase used equipment through Relevator, we quality-test the equipment, document its condition and capacity, and manage the assembly and shipping process, as well as provide support during installation.
We recommend purchasing from an experienced supplier who handles inspection, documentation, functional testing, and the entire process from disassembly to commissioning. Check the equipment’s history, potential wear parts, compatibility with your workflow, and the required maintenance procedures.
With regular maintenance, an automatic stretch wrapper can easily operate for 15–20+ years or longer, depending on usage and service history.
Rotary table machine: Approximately 35–70+ pallets per hour
Arm machine (rotating arm): Approximately 40–124+ pallets per hour
Ring machine (rotary ring): Approximately 140–160+ pallets per hour (high capacity)
It depends on how many roller conveyors you need and what buffer capacity is required. The shrink-wrapping machine itself typically requires approx. 4–10 m², but the total floor space depends on the infeed, outfeed, and buffer sections. The line can be built in a straight configuration or with curves to fit the layout of the facility.
Yes. Automatic stretch wrappers can be adjusted for pallet sizes, automatic height detection, various wrapping programs, conveyor lengths, and integration with palletizers, labeling systems, and safety solutions. Relevator can help you find the right configuration.
A fully automatic stretch wrapper consists of a stretch wrapper integrated with roller conveyors. The most common configuration is a straight line: the pallet is loaded onto the roller conveyor, transported to the stretch wrapper, which wraps the pallet, and then moved on to a buffer or storage area for wrapped pallets.
Common components of an automatic stretch wrapper include roller conveyors for palletized goods, a film unwinder (the wrapping unit itself), a top sheet applicator (which places a plastic sheet on top of the pallet before wrapping for extra protection against dust and water), as well as, in many cases, safety fencing, a compressor, and a turntable (if the line is not completely straight).
The choice of film depends on the desired stretch ratio. Film capable of high stretch ratios costs more per roll but typically reduces film consumption per pallet, which can result in lower costs and a better environmental profile over time.
The machine should be protected by safety fences, light curtains, and emergency stop switches in accordance with applicable standards. The design of safety zones should be adapted to the layout of the premises and traffic patterns. If the machine is placed against a wall, a fence is not required on that side.
A fully automatic stretch wrapper consists of a stretch wrapper integrated with roller conveyors. The most common configuration is a straight line: the pallet is loaded onto the roller conveyor, transported to the stretch wrapper, which wraps the pallet, and then moved on to a buffer or storage area for wrapped pallets.
Common components of an automatic stretch wrapper include roller conveyors for palletized goods, a film unwinder (the wrapping unit itself), a top sheet applicator (which places a plastic sheet on top of the pallet before wrapping for extra protection against dust and water), as well as, in many cases, safety fencing, a compressor, and a turntable (if the line is not completely straight).
Turning machine: Approximately 35–70+ pallets per hour
Arm machine (rotating arm): Approximately 40–124+ pallets per hour
Ring spinning machine (rotating ring): Approximately 140–160+ pallets per hour (high capacity)
Higher capacity: More pallets per hour and a more consistent throughput.
Lower personnel costs: Less manual work and freed-up resources.
Safety: Fewer manual steps reduce the risk of accidents and injuries.
Standardized packaging: More consistent packaging and more stable goods.
Better ROI: Lower operating costs per pallet and a quick return on investment at higher volumes.
A fully automatic stretch wrapper can, in some cases, cost around 250,000–400,000 SEK (for the machine alone).
Roller conveyors often cost around 40,000–50,000 SEK per meter when new, so a complete line with ancillary equipment can often cost between 1 and 2 million SEK, depending on the design and scope of the project.
It depends on how many roller conveyors you need and what buffer capacity is required. The shrink-wrapping machine itself typically requires approx. 4–10 m², but the total floor space depends on the infeed, outfeed, and buffer sections. The line can be built in a straight configuration or with curves to fit the layout of the facility.
Installation and commissioning, without major modifications, typically take about one to two weeks, depending on the size and complexity of the line. This timeframe assumes the use of certified and experienced technicians.
Yes. Used automatic stretch wrappers are often a cost-effective option with shorter lead times. When you purchase used equipment through Relevator, we quality-test the equipment, document its condition and capacity, and manage the assembly and shipping process, as well as provide support during installation.
We recommend purchasing from an experienced supplier who handles inspection, documentation, functional testing, and the entire process from disassembly to commissioning. Check the equipment’s history, potential wear parts, compatibility with your workflow, and the required maintenance procedures.
Prices vary depending on the model, equipment, condition, and year. A used complete line can often be purchased for a fraction of the new price—often with a discount of up to approx. 70% off the new price—resulting in significant savings.
Integration is usually relatively straightforward but requires planning: heights, orientations, communication, and safety zones relative to other machines must be coordinated. Relevator can assist with layout reviews and adaptation proposals.
Weekly/monthly: Inspection of belts, bearings, and lubrication, and functional testing of safety equipment.
Annual service: Inspection of the electronics, pneumatics, pre-stretch system, and safety features by a certified technician.
With regular maintenance, an automatic stretch wrapper can easily operate for 15–20+ years or longer, depending on usage and service history.
The choice of film depends on the desired stretch ratio. Film capable of high stretch ratios costs more per roll but typically reduces film consumption per pallet, which can result in lower costs and a better environmental profile over time.
Yes, a brief operator training session is usually required. Relevator works with external companies that often include training as part of the installation and commissioning process. Manuals are provided.
The machine should be protected by safety fences, light curtains, and emergency stop switches in accordance with applicable standards. The design of safety zones should be adapted to the layout of the premises and traffic patterns. If the machine is placed against a wall, a fence is not required on that side.
Yes. Relevator handles the entire process: project management, certified dismantling, packaging, coordination of shipping, and on-site installation and commissioning as agreed.
Yes. Automatic stretch wrappers can be adjusted for pallet sizes, automatic height detection, various wrapping programs, conveyor lengths, and integration with palletizers, labeling systems, and safety solutions. Relevator can help you find the right configuration.
It depends on pallet volume, packaging quality requirements, staffing resources, and ROI. Contact us—we’ll help you calculate capacity, costs, and which option delivers the best results.
At Relevator, we conduct a thorough inspection of the forklifts’ most critical components before listing them for sale. The following components are inspected:
- The forklift's battery—we'll perform a simple capacity test.
- The forklift's hydraulics: we check that the forklift can lift its maximum load.
- Steering and brakes: We test the steering and brakes and report any irregularities.
- Tires: We’ll check them for any obvious damage or defects.
Would you like more information before making a purchase? We offer a comprehensive forklift inspection conducted in collaboration with certified technicians.
For each individual forklift, it is specified whether the forklift is covered by a warranty and the duration of the warranty.
Yes, we work with several carriers, both for long-distance shipments and for deliveries within the Gothenburg area, where our warehouse is located. Please ask one of our sales representatives for a shipping quote, and we’ll take care of it.
Payment terms vary depending on the type of forklift and the purchase amount. Typically, payment is due in full upon delivery, with a 20-day net payment term.
Historically, and still today, the most common type of forklift battery is what is known as a lead-acid battery. It is a reliable and relatively inexpensive battery that meets the needs of most businesses’ forklift operations.
The type of battery that has been gaining significant popularity since approx. 2010 is the lithium-ion battery (Li-ion). These batteries are significantly more expensive but offer two major advantages: faster charging times and longer battery life.
A lead-acid battery can take up to 8 hours to charge and typically loses a significant amount of capacity after approx. 1,500 charge cycles. A Li-ion battery takes 1–2 hours to charge and can withstand 2–4 times as many charge cycles.
A lead-acid battery can last for 6–8 hours of normal driving. If driving is very intense and involves heavy loads, the runtime may drop to 3–5 hours.
A Li-ion battery has roughly the same capacity but isn't affected as much by how hard or intensely you drive.
The prices listed for all items are the list prices for the products themselves. If you require shipping, modifications, or installation services, additional charges may apply.
Keep the top of the battery clean and dry to prevent dirt and moisture from causing current leakage and prematurely draining the battery. For lead-acid batteries, it is essential to top off with distilled water after charging and to periodically perform an extended charge cycle to balance the cells and prevent sulfation, thereby maximizing the battery’s service life.
Yes, it is often possible to replace individual defective cells or recondition the battery to restore its capacity. However, in cases of more extensive wear or damage to many cells, replacing the battery is usually the most cost-effective solution to ensure operational reliability.
The price varies depending on the voltage; batteries are typically rated between 24 V and 80 V. A smaller battery for a stacker costs approx. 15,000 SEK, while more powerful batteries for counterbalance forklifts often range from 40,000 SEK to 100,000 SEK
All forklifts have a load chart that shows how much weight the forklift can carry. It’s important to keep in mind, for example, that a forklift with a 2-ton capacity may have a lower capacity depending on how the load is lifted.
If a forklift has a 2-ton capacity, this is generally based on lifting a load 600 mm from the fork mountings. The 600 mm measurement is based on lifting from the center of an EU pallet, which is 1,200 mm long. If you lift a load with a center of gravity that is further out than 600 mm on the forks, you can use the load chart to see how the forklift’s capacity changes.
All forklift models have different maximum lifting heights. The height specified for a forklift is the maximum height the forks can reach, and the lifting height depends on the forklift type and model. A standard stacker may only be able to lift 10–20 cm, while a counterbalance forklift typically reaches 4–6 meters. Among the most common forklift types, reach trucks generally have the highest lifting capacity, with standard models reaching up to 12–13 meters.
The most common dimensions for a pair of forks on a forklift are 1,150 mm in length and approx. 100 mm in width. This standard fork length is designed to lift 1,200 mm Euro pallets.
There are many different types of forks, and it is usually the weight or length of the load that determines the length, width, and thickness of the forks.
A common solution for obtaining longer forks is to use extension forks. Extension forks are attached to the standard forks, allowing you to achieve fork lengths of up to 2,400 mm, for example.
The forks on forklifts are spaced at least 150 mm apart as standard, designed to accommodate pallet blocks that are typically 145 mm wide. The width of the forklift’s attachment itself then determines how wide the forks can be spread. On a standard 2-ton forklift, the maximum spread is usually approx. 1,000 mm; on larger forklifts with special attachments, the width can be as great as that of a container.
To unload, load, and move goods safely and efficiently, you need more than just a well-functioning forklift; there are also different types of forklifts designed for various purposes that can make the job easier. Below, you can read more about the most common types of forklifts.
The counterbalance forklift is probably the type of forklift that most people picture when they think of a forklift.
The counterbalance forklift is designed with a counterweight at the rear of the forklift and the lifting mechanism and forks at the front. The operator sits on the counterweight or in a cab located between the counterweight and the forks.
Counterbalance forklifts are available in all sorts of sizes and capacities, but in short, they are an easy-to-operate type of forklift with excellent lifting capacity. Small counterbalance forklifts can lift approx. 1–1.5 tons, while large models from manufacturers such as Kalmar and Konecranes can lift up to 80 tons.
Two common drawbacks of counterbalance forklifts are that they can be difficult to maneuver in tight spaces, and that the counterweight makes them relatively heavy.
Reach trucks are commonly used in picking warehouses with a large number of pallet racks. The reach truck is compact and consists of a cab and a mast with forks that can be extended and retracted.
The design of reach trucks makes them ideal for narrower warehouse aisles and for retrieving goods stored higher up in pallet racks or cantilever racks. Reach trucks can reach heights of up to 12 meters.
Two common drawbacks of reach trucks are that they are not suitable for use on uneven floors or outdoors; they also have a lower lifting capacity and rarely lift more than 2 tons.
A forklift is the general term for a type of industrial truck designed to lift and stack pallets easily and smoothly. Forklifts come in various types, such as walkie forklifts and stand-up forklifts, but a reach truck is also technically a type of forklift.
The advantage of forklifts is that they are very easy to operate, inexpensive to purchase, and have low operating costs. Forklifts are easy to maneuver in tight spaces and are ideal for quickly moving goods at ground level.
Two drawbacks of stackers are their limited lifting capacity (often a maximum of 1.5 tons) and their limited lifting height (rarely exceeding 4 meters).
A stacker is a simple electric forklift where the operator walks behind the truck (guiding it) and steers using a handle. A stacker typically has a pair of fixed forks at the bottom with a lifting height of 10–20 cm, and a standard lifting mechanism that can lift loads up to 3–4 meters, depending on the model.
Stackers are ideal for simple pallet handling and moving goods in confined spaces. As with the broader category of forklifts, the drawbacks are that lifting capacity and lift height may be limited.
Order pickers are a type of forklift designed to navigate warehouse aisles quickly and smoothly, helping to streamline the picking process. These forklifts are typically equipped with forks that allow for easy pallet placement; the forks are adjustable in height, making it simple for the operator to pick individual items or entire boxes and place them on the pallet.
The order picker is usually designed so that you can get in and out of it from either side, making it easy to pick from both sides of the aisle regardless of the direction of travel
The main limitations of a order picker are usually its lifting capacity and lifting height; unless it is a narrow-aisle order picker, they are typically not adjustable in height, or can only be raised to a couple of meters.
As the name suggests, VNA trucks are a type of forklift designed for use in narrower aisles. The advantage of placing sections of pallet racking closer together is that storage capacity increases within the same area; for this reason, there are forklifts that are specifically suited for navigating narrow aisles. Manual high-bay warehouses are the type of warehouse that most commonly uses VNA trucks.
VNA trucks can be designed as order pickers when used in a high-density warehouse, or with standard forks when used in a pallet warehouse. In summary, this type of forklift is effective within its limited scope but difficult to use for applications other than narrow-aisle order-picking warehouses.
Another piece of the puzzle toward a climate-neutral warehouse
Purchasing used Vertical Lift Modules, used Conveyor Systems, and used Forklifts reduces both costs and environmental impact. Every reused machine saves tons of steel, energy, and carbon dioxide compared to manufacturing new equipment. Choosing Relevator is a smarter choice for both your bottom line and the environment.
Mats Åberg & Niklas Nygren