Makita XVJ04Z 18V LXT® Lithium-Ion Brushless vs MILWAUKEE'S Jig Saw,18VDC,Barrel Grip

Price Comparison

When considering price, Milwaukee's Jig Saw is about 25% cheaper than the Makita XVJ04Z, retailing at $150.00 compared to Makita's $199.00. The price difference of $49 can be significant, especially for budget-conscious buyers or those who need a tool for occasional use. Despite this lower initial cost, potential buyers should evaluate the value offered by each model beyond just the price tag.

Motor Performance

The Makita XVJ04Z features a brushless variable speed motor capable of delivering up to 3,000 strokes per minute, while Milwaukee's model offers a slightly higher maximum at 3,500 strokes per minute. This difference in stroke rate can influence cutting speed and efficiency, particularly in demanding tasks. However, the Makita's brushless motor is optimized for longer run times, providing about 50% more operational time per charge compared to non-brushless tools, which can appeal to professionals needing reliability and performance.

Design and Build Quality

Both jigsaws are designed for heavy-duty use, but they have different handle types that may suit varying preferences. The Makita features a traditional grip with a large two-finger variable speed trigger, designed for comfort and control. In contrast, Milwaukee's Jig Saw utilizes a barrel grip handle, which some users may find beneficial for specific cutting angles and positions. Each design has its advantages, and personal preference will play a crucial role in user satisfaction.

Cutting Versatility

The Makita XVJ04Z provides three orbital settings in addition to straight cutting, allowing for adaptability across various materials. Its tool-less blade change system enhances convenience, making it easy to switch between blades based on the task. Milwaukee's Jig Saw, while also offering orbital cutting, does not specify the number of settings. The adaptability and ease of use in the Makita could make it a preferred choice for those who frequently switch materials or cutting styles.

Weight and Portability

In terms of weight, Milwaukee's Jig Saw is lighter at 4.5 lbs compared to Makita's 5.5 lbs, making it easier to maneuver for extended periods. This difference of 1 lb might not seem significant, but it can impact user fatigue during prolonged use. For professionals or hobbyists who prioritize portability and ease of handling, the weight of a tool can be a critical factor in their decision-making process.

Battery and Charger

Both tools are sold as bare units, meaning that neither comes with a battery or charger included. However, the Makita XVJ04Z is part of the expansive 18V LXT System, which is noted for having the fastest charge times. This can lead to less downtime during projects, especially for users who already own Makita batteries. Milwaukee's M18 battery system is also well-regarded, but the choice may depend on existing tool compatibility and personal preference for brand ecosystems.

Additional Features

The Makita XVJ04Z is equipped with dual L.E.D. lights that illuminate the work area, enhancing visibility during cutting. It also features a "soft no-load" mode that allows for a smooth blade engagement, which can lead to more accurate cuts. Milwaukee's Jig Saw lacks specific mentions of such user-friendly features, which could make the Makita a more appealing option for those prioritizing precision and ease of use in their projects.

Which should you buy?

Ultimately, the choice between the Makita XVJ04Z and Milwaukee's Jig Saw comes down to specific needs and preferences. If budget is a primary concern, Milwaukee's model offers substantial savings and solid performance. However, for users seeking advanced features like multiple orbital settings, a brushless motor for longer run times, and enhanced visibility with dual lights, the Makita XVJ04Z presents a compelling case for its higher price. Both models rank closely in sales, indicating strong performances, but the final decision should align with individual cutting needs and tool ecosystem compatibility.