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Non-Manipulators

Non-manipulators are lifting devices that can support and lift a load. Image of many non-manipulative lifting tools for lifting machines.

Simple Non-Manipulators:
Strong, Industrial Lifting Devices for Holding or Supporting Loads

Despite their simple design, lifting devices such as our non-manipulators are a vital and highly practical solution for many critical industrial and logistical tasks.

Unlike electrical or manual manipulators, which are capable of performing complex movements like swinging, rotating, or tilting a load, non-manipulators are designed to perform a simpler, yet effective task: to support, hold, or stabilise a load during lift and transport.

This straightforward functionality makes them ideal for situations where the lifting task is simple and the need is to only lift the load up and down (no active load manipulation).

Please find links to more information on specific non-manipulators in the next section. For more general information on non-manipulators, please continue reading this article.

Our Selection of Non-Manipulative Lifting Devices

The adjustable fork (AF) is a goods lift tool for handling boxes and pallets. It can be easily mounted on our electric lifters.
The crane arm (CA) is a very flexible lifting tool for handling a broad variety of loads. When mounted on our cranes lift solutions, the crane arm may connect with the load via a hook or karabiner.

CA – Crane Arm

This simple tool lets the user suspend a load from a wire or a chain with a hook or karabiner at the end. Being incredibly versatile, the crane arm can lift a multitude of different loads.

The double mandrel (DM) is an ideal lifter tool for picking up loads such as reels or rolls. The round mandrels ensures that the load surface stays undamaged, which is important in e.g. paper handling.

DM – Double Mandrel

The double mandrel is perfect for picking up cylindrical loads, such as rolls and reels. The round geometry prevents the surface of the load from being damaged.

The fork (F) is a fully customisable box lifter or pallet stacker attachment to our industrial lifting machines.
The fork with notches (FN) is a roll lift attachment to our electric mini lifts. When mounted on the lifters, it lifts the roll through its shaft.

FN – Fork with Notches

The fork with notches (FN) is designed to hold shafts for roll cores, allowing for subsequent easy lifting.

The mandrel (M) is a lifter tool designed to pick up rolls and reels through their core. This roll and reel lifter attachment is easily customisable.

M – Mandrel

Perfectly suited to pick up rolls and reels through their core, the mandrel (M) also works well with numerous other load types.

The electric clamp (EC) may hold many different typs of loads e.g. rolls or drums. These lifting clamps are modularly built so that you can easily exchange the gripper hands or combine it with a rotation device.
The electric expander unit (EEU) lifts rolls from the core from a vertical position. This roll lifting device can also turn rolls when combined with a rotation tool.

EEU – Electric Expander Unit

The EEU is electrically powered and designed to grip the core of a roll. Then roll can then be lifted and also turned if this tool is combined with an ERU.

The electric linear clamp (ELC) becomes flexible roll or drum handling equipment in combination with arms and grippers.

ELC – Electric Linear Clamp

Powered by an electrical motor and due to the linear motion, the ELC is perfect for powerful clamping and holding of a wide variety of loads, including drums and rolls.

The manual clamp (MC) is ideal for lifting cylindrical objects such as drums or rolls. This roll and drum lifters tool is easily customisable.
The manual clamp with spindle (MCS) is a simple lifting tool for roll lifting or drum handling. Attached to our modularly built lifting machines, it can handle up to 80 kg.

MCS – Manual Clamp with Spindle

The manual clamp with spindle is designed to clamp items of a varying size. Typical loads are drums, boxes, and rolls up to 80 kg.

The manual linear clamp (MLC) is an attachment to our lifting machines that allows various roll and drum lift tools (like gripper hands) to grip the loads.

MLC – Manual Linear Clamp

The manual linear clamp is designed to clamp items of a varying size. Typical loads are drums and rolls up to 350 kg.

The metal platform (MP) is a simple and versatile piece of lifting and handling equipment that fits all our lifting machines.
The metal platform with rollers (MPR) is a simple, yet versatile materials handler tool for ergonomic loading and offloading.

MPR – Metal Platform with Rollers

Adding rollers to the metal platform makes it easier to load and offload items. Simply roll the load onto and off the platform.

The plastic platform (PP) is a very versatile lifter machine tool. The low friction surface allows for the easy sliding on and off of loads.

PP – Plastic Platform

Simple and extremely versatile, the plastic platform has a low coefficient of friction, making it easy to slide loads on and off.

The plastic platform with rollers (PPR) is a materials handling tool designed to make the sliding of the loads on and off the platform extra easy.
The roller mandrel (RM) is a lifting device designed to handle e.g. reels or rolls. This lifter tool is often used as paper handling equipment.

RM – Roller Mandrel

The mandrel with rollers allows for easy placement of loads on the mandrel. A brake prevents unwanted motion of the load, which is typically rolls and reels.

The roller platform (RP) is a lifting tool that facilitates the repositioning of loads on the platform. The platform fits on all our modularly built, intelligent lifting devices.

RP – Roller Platform

On the roller platform, the load in entirely supported by rollers, making it easy to position. A stop or brake prevents the load from falling off the platform.

In the Realm of Non-Manipulators Flexibility and Versatility Take Centre Stage

Despite being a simple tool, a non-manipulator often offers the broadest range of applications, as some versions are adjustable, and many can be used to lift various types of loads.

Flexible Adjustment to the Load

As mentioned, a non-manipulator is defined by its inability to actively manipulate the load. However, this static characteristic does not mean that a non-manipulator cannot offer flexibility in terms of adapting to the load.

Our adjustable forks, double mandrels and clamps, for example, are lifting devices that can be adjusted to accommodate the size and dimensions of the load.

Lifting devices that can be adjusted to the load. Images of an adjustable fork, an electric linear clamp and an adjustable double mandrel.

Using the Same Versatile Tool for Different Loads

Many non-manipulators, whether adjustable or not, are versatile choices for handling a wide range of loads in various sizes:

Forks can be used to lift common items such as pallets and boxes.

Illustration of how a simple fork can be used for handling different loads. Images of a fork used for box handling, lifting a dolly and pallet handling.

Platforms are suitable for lifting a variety of loads, including boxes and drums.
Crane arms can also be used to lift different types of loads, such as machine covers, plates, machine parts, cans, and more.
Mandrels are primarily used to lift rolls, but they can also function as a crane arm when a strap with a hook or carabiner is placed over them.

The Main Job of a Non-Manipulator Is to Hold a Load
– A Simple Task That Can Be Performed in Four Overall Ways

Since there are so many different types of non-manipulators, the way that they lift and transport a load will also differ. Generally speaking, the load can be passively supported or held in three main ways: from below, from the sides, and from the top.

– Top-down lifting: Here, tools like crane arms hold the load from above using a chain and hook or carabiner. This method is ideal for lifting large or heavy items where the load needs to be suspended from above for easy transport or placement.
– Bottom-up lifting: In this configuration, the load is placed on top of the lifting tool. This is typically the case when using various platforms, forks, or mandrels, where the load rests on the surface of the tool for stabilization and transport.
– Side-grip lifting: In this case, lifting devices like clamps or other side-grip tools hold the load by gripping its outer perimeter. This method is particularly useful for handling items like barrels, boxes, or other irregularly shaped loads where support is needed along the sides to keep the load stable.
Inner-grip lifting: Here, a tool like the electric expander unit will hold the load from within the core with an electrically expanded gripper. This lifting tool is perfectly suited for lifting rolls.

Our non-manipulator lifting devices can lift loads i four overall different ways: top-down (crane arms), bottom-up (forks, mandrels and platforms), side-grip (clamps) and inner grip (expander).

Some manipulators are only capable of performing a movement and cannot grip the load. For instance, this is the case with rotation units or tipping units. These manipulators need to be combined with a non-manipulator with side-grip in order to hold the load.

In Doubt as to When to Choose Non-Manipulative Lifting Devices?
– Here Are Some Factors to Consider

As mentioned earlier, the primary reason to choose a non-manipulator over an electric or manual lifting tool is when the task only requires lifting the load along the vertical axis.

Beyond this, there are several other factors – such as load weight and available space – that should be considered before opting for a non-manipulator:

– Lighter loads (only in some cases, however). When using tools like platforms or mandrels, the load should be relatively light. This is because loading and unloading require manual handling, with the operator having direct contact with the load. The load must be pushed onto and off the lifting tool by hand.
– Easy access to the load (in most cases). Since loading and unloading need to be done in close proximity to the operator, sufficient free space around the lifting device is necessary to allow for easy access to the load.

The Advantages of Simple Non-Manipulators

Due to their simplicity, non-manipulators offer several advantages over regular manipulators, some of which include:

– Cost effectiveness. Since no complex manipulation is required, the design of the tool is significantly simplified, making it a more budget-friendly option. Additionally, we have an efficient system for customizing our standard non-manipulators, making individual tailoring quick and easy, something which is also reflected in the price.
– Versatility in use. Since many of our lifting devices are capable of handling multiple types of loads, you will in many instances only need one flexible tool instead of several different ones.
– Simplicity in operation. Since a lifter with a non-manipulator only supports one one motion – lifting a load up and down – operating the lifter is very straightforward and user-friendly.
– Ease of maintenance. Non-manipulators have fewer moving parts and are therefore generally easier to maintain and service.
– Increased safety (in most cases). As a general rule, the fewer degrees of freedom a tool has, the safer it is to operate. Fewer movement options equal fewer risks for error. However, the need for close proximity to the load does introduce some degree of risk, which an electric manipulator, operated at a distance, may mitigate or eliminate.

Thus, a non-manipulator is the preferred choice when a simple, cost-effective, easy-to-use solution is needed for straightforward vertical lifting tasks.

If you need further guidance regarding your specific situation, we are available by phone to answer any questions you may have.

Other Tools Categories

Electrical manipulators that can turn or swing a load. Image of a large selection of different electric lift equipment (lifting tools).
Manual manipulators are lift equipment or tools that can be turned or swung by hand. Image of a large display of lifting tools for material handling lifts.

Manual Manipulators

Manual manipulators are lifting tools that in themselves can be turned, swung or otherwise moved by hand to help position the load.


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