Comparison Keter Master Pro Sliding vs Keter Cantilever Job Box

The main size of the container for tools. Inches are traditionally used for this designation, and the length is usually indicated as the main size. This information allows you to evaluate the "weight category" of the product as a whole, as well as to determine whether it is suitable for a particular instrument of large sizes. At the same time, the characteristics usually indicate the overall dimensions on all three main sides (in millimetres), however, it is more convenient for many craftsmen to use the size designation in inches.

For kits (see below), this paragraph indicates the dimensions of all containers supplied in the kit.

The volume of a toolbox, bag, or tool case indicates the internal space available for storage and is typically measured in liters. This parameter helps to understand how many and what type of tools can be placed inside — from small fittings to large power tools. In the toolbox section, volume is a key selection criterion: the larger the volume, the higher the capacity, but at the same time, the dimensions also increase. It is especially important to consider the volume when choosing a toolbox for specific tasks — a compact model is suitable for field work, while a spacious one is ideal for stationary storage.

The number of compartments and/or pockets provided in the design of the tool container (with the exception of organizers, including those built into the lid — for them the number of cells is indicated separately, see below).

The more compartments or pockets, the easier it is to keep numerous items in the container at the same time. On the other hand, more compartments (for the same product size) usually means smaller individual compartments. The most modest models have up to 10 compartments / pockets, in the most capacious this number can exceed 30. Of course, when choosing by this parameter, you should take into account the type of container (see above). So, for traditional boxes, the maximum value is actually 20 compartments, and among backpacks there are models with 20 – 30 compartments.

Availability of a built-in organizer in the lid of the tool container.

The features of organizers are described in detail in paragraph “Type”; this type differs only in that it is built into the lid, and not made as a separate device. The combination of a box or case with an organizer allows you to conveniently store both large tools and small items such as fasteners or replaceable attachments in one container: the main volume is well suited for the former, the latter is convenient to keep in small cells of the organizer.

The number of individual cells provided in the organizer. In this case, we can talk about an organizer as a separate device (see "Type"), or a set of cells built into the lid of the box (see "Lid with an organizer"). And for solutions with removable partitions, in which cells can be combined, the maximum number is indicated — with all installed partitions.

Organizers, by definition, are designed mainly for small things. Therefore, the more cells there are, the more varieties of small items can be stored in a container. For example, in 10 cells you can keep bolts of five different sizes and separately nuts for them. Such a number of compartments — up to 10 — is generally considered small, but in fact it is often quite enough. 11 – 20 cells can be called an average, and the most capacious organizers have up to 30 compartments. However it is worth considering that with the same dimensions of the container, an increase in the number of cells leads to a decrease in their volume.

The presence on the lid of the box (may occur in other versions, but very rarely) of separate niches for bits and end heads. Something similar is implemented in tool kits, where each accessory has its place and clearly lies in it.

The presence of a removable tray in the design of the container for tools (usually a box — see "Type").

The tray is an open platform — usually with recesses for easy placement of tools. On such a platform, you can lay out the items necessary for work, so that each time you do not climb deep into the box behind them; this is especially useful when tools need to be changed frequently during operation. And after hours, the tray is loaded into the box along with the tools, usually to the very bottom; in some models, the design of this “second bottom” is such that it can be quickly removed along with the entire contents of the box.

Possibility to attach a padlock and protect the contents of the box is mostly possible thanks to a hasp — a specially designed hole in the case of the box through which the padlock shackle can be threaded. This feature allows you to lock the box manually, providing a simple yet effective protection against unauthorized access.

The material from which the container locks are made. Most often we are talking about fasteners that close a case or drawer, but sometimes this information is indicated for fasteners in bags, backpacks, etc. The main materials for their manufacture are:

- Plastic. Plastic is inexpensive, but in general it is inferior to metal in terms of strength and reliability. However, often these moments do not play a decisive role (or are compensated by design features - for example, the large thickness of individual parts).

- Metal. Metal locks are very durable and reliable, but they are more expensive than plastic ones. Tool boxes and containers made of almost any material can be equipped with such locks.

— Plastic with metal. This combination is not uncommon in the design of tool boxes and containers. As a rule, the locking bracket of the lock is made of metal, which bears the main load in the locking mechanism, and the “tongue” is made of plastic.