How Do I Decide Between A Full-complement And Skip Sequence Chainsaw Chain?

If you’ve ever found yourself staring blankly at a row of chainsaw chains, trying to make sense of the different options before you, fear not. Deciding between a full-complement and skip sequence chainsaw chain may seem daunting at first, but with a little guidance, you’ll be able to choose the right one for your needs. In this article, we’ll break down the key differences between these two types of chainsaw chains and help you make an informed decision. So let’s get started on unraveling the mystery of full-complement and skip sequence chainsaw chains!

What is a full-complement chainsaw chain?

A full-complement chainsaw chain is a type of chain configuration that is commonly used in chainsaw cutting applications. This type of chain is characterized by having a full complement of cutting teeth that are evenly spaced along the length of the chain. Each tooth is positioned directly next to the other, creating a continuous cutting edge. This chain configuration is often preferred for its aggressive cutting performance and ability to efficiently clear wood chips.

What is a skip sequence chainsaw chain?

On the other hand, a skip sequence chainsaw chain is another type of chain configuration that is also commonly used in chainsaw cutting applications. As the name suggests, this chain configuration consists of cutting teeth that are spaced further apart from each other, creating a sequence of gaps or skips in between. These skips help to reduce the amount of wood chips produced during cutting, allowing for better chip evacuation and reduced strain on the engine.

Understanding the Differences

Now that we have introduced the two main types of chainsaw chain configurations, let’s dive deeper into the key differences between them: chain configuration, cutting performance, and safety considerations.

Chain Configuration

The chain configuration refers to the arrangement and design of the cutting teeth, the spacing between them, and the overall link design.

Number of Teeth

In terms of the number of teeth, a full-complement chainsaw chain typically has more teeth than a skip sequence chainsaw chain. This means that the full-complement chain will provide more cutting teeth to engage with the wood, resulting in a faster cutting speed and higher efficiency.

Spacing Between Teeth

In a full-complement chainsaw chain, the teeth are spaced evenly along the length of the chain, offering a continuous cutting edge. In contrast, a skip sequence chainsaw chain has larger gaps or skips between the teeth. This spacing allows for better chip evacuation and helps prevent the chain from getting clogged with debris during cutting.

Link Design

The link design of the chainsaw chain also differs between the two configurations. A full-complement chain typically has a more compact and dense link design, with the cutting teeth positioned close to each other. In contrast, a skip sequence chain has a more open link design, with larger spaces between the teeth. This link design helps to reduce the strain on the engine and reduces the chances of the chain binding or getting stuck during cutting.

Cutting Performance

When it comes to cutting performance, there are several factors to consider: chain speed, cutting aggressiveness, and smoothness of cut.

Chain Speed

A full-complement chainsaw chain generally has a higher chain speed due to the increased number of teeth engaging with the wood. This higher chain speed results in faster cutting and increased productivity. However, it’s important to note that the increased chain speed also requires more power from the engine, so it may not be suitable for all types of chainsaws.

Cutting Aggressiveness

The aggressive cutting performance of a full-complement chain makes it ideal for demanding cutting tasks, such as felling large trees or cutting through thick logs. The closely spaced cutting teeth allow for efficient wood removal, enabling you to make quick and clean cuts. However, the aggressive nature of the full-complement chain means that it requires skilled and experienced operators to ensure safe and precise cutting.

Smoothness of Cut

While a skip sequence chainsaw chain may not be as aggressive as a full-complement chain, it offers a smoother cutting experience. The larger gaps between the teeth help to reduce the resistance when cutting, resulting in a smoother and more controlled cutting motion. This can be beneficial when working with delicate or precision cutting tasks, where a clean and precise finish is desired.

Safety Considerations

When choosing between a full-complement and skip sequence chainsaw chain, it’s important to consider the safety implications of each configuration.

A full-complement chainsaw chain, with its aggressive cutting performance, requires extra caution and skill to ensure safe operation. The high chain speed and increased number of teeth mean that the potential for kickback is higher. Kickback occurs when the tip of the chainsaw bar comes into contact with an object, causing the bar to jerk back towards the operator. This can be dangerous and potentially result in serious injuries if not properly managed.

On the other hand, a skip sequence chainsaw chain, with its reduced chip production and smoother cutting motion, can be a safer option for less experienced operators. The reduced chance of kickback and the smoother cutting action allow for better control and increased safety during cutting.

It’s important to always consider your own experience and skill level when choosing a chainsaw chain configuration, as well as the specific cutting tasks you will be performing.

In conclusion, the decision between a full-complement and skip sequence chainsaw chain depends on various factors. A full-complement chain offers aggressive cutting performance and increased efficiency, making it suitable for demanding cutting tasks. However, it requires skilled operators, and safety precautions must be strictly followed. On the other hand, a skip sequence chain provides a smoother cutting experience and reduced chip production, making it a safer option for less experienced operators and precision cutting tasks.