Toolmakers release new cordless tools in waves, and each wave shows where the category is heading. One product cycle introduced four distinct tools in a single broadcast: a compact band saw, a portable power supply, a 14-inch abrasive cut-off saw, and an upgraded reciprocating saw. Each one answers a different jobsite question, from cutting conduit overhead to powering a work light without a generator. For crews that already run one battery system, the question is not whether the tools are interesting but which ones earn a place in the rotation. The same logic used to select professional hand tools and cordless power systems for construction applies to every new release.
The four tools also show how a platform matures. The first wave of cordless tools copies corded designs, and later waves add capabilities corded tools never had: one-handed band saws, battery-powered outlets, and cut-off saws with instant blade braking. Understanding what each new category does helps separate genuine advances from incremental refresh.
Compact Band Saws: One-Handed Cutting Capacity
The compact band saw class pairs a brushless motor with a 2-1/2 inch by 2-1/2 inch cutting capacity and one-handed operation. At 6 pounds, the new model is positioned as the lightest compact band saw in its category, with a larger capacity than the sub-compact model it sits above. The design targets productivity gains and lower user fatigue, which are the two numbers that matter on a long day of cutting. The broader lineup of compact cordless power tools for construction follows the same pattern: smaller frames, brushless motors, and better ergonomics.
When one-handed operation pays off
One-handed cutting matters in three situations: overhead work where the second hand steadies the material, tight spaces where a two-handed stance does not fit, and repetitive cuts where switching grips wastes time. A one-handed saw lets the operator hold the workpiece with the free hand, which improves accuracy on conduit and threaded rod.
Reading band saw capacity numbers
The capacity rating describes the largest workpiece the saw can wrap its blade around: a 2-1/2 by 2-1/2 inch window covers a 2-1/2 inch round pipe or a square section of the same size. Compare the rating against the largest material you cut regularly before choosing a model.
Jobs where a compact band saw earns its place:
- EMT and rigid conduit runs
- Threaded rod and all-thread trimming
- Rebar and anchor bolt cutting
- Copper and small steel pipe
- Unistrut and small angle iron
Pricing for the new model landed at $299 for a kit and $229 for the bare tool, with availability starting the following January. Buyers who already own batteries can take the bare tool price and skip the duplicate charger.
A band saw and a reciprocating saw overlap on metal cutting, and the choice comes down to finish and control. A band saw holds the blade rigidly and produces square, burr-free cuts on conduit and rod, while a reciprocating saw sets up faster and handles demolition cuts. Crews that cut metal daily usually own both: the band saw for fabrication and the recip saw for removal work. When the budget allows only one, buy the tool that matches the majority of your cuts.
Portable Power Supplies for Battery Platforms
A power supply that draws from the same battery packs turns a cordless platform into a site power source. The unit is priced at $99 for the bare tool and started shipping in November. It runs small devices, charges phones and radios, and powers work lights, which removes the need to drag a generator for light loads.
What to run from a battery power supply
Match the device to the pack. A single 5.0Ah battery will power lights and charging for hours, while a heater or a saw draws too much current and drains the pack in minutes. Keep expectations aligned: these units cover low-draw tasks, not whole-tool workloads.
Run the cost math before buying a power supply. The $99 bare price assumes you already own packs and a charger; a buyer starting fresh has to add those costs on top. Choose a pack size that runs the rest of the platform too, so one battery inventory serves every tool in the truck instead of creating a second system to maintain.
| Tool | Key specification | Price (bare tool) | Availability |
|---|---|---|---|
| Compact band saw | 2-1/2 x 2-1/2 in capacity, 6 lb, brushless | $229 | January |
| Portable power supply | Battery-powered outlet for low-draw devices | $99 | November |
| 14-inch cut-off saw | 4000 RPM, up to 200 cuts per charge | $399 | 2021 |
| Reciprocating saw | 3000 SPM, 1-1/4 in stroke | Model-dependent | Replacement launch |
Cordless Cut-Off Saws Versus Corded Models
A cordless 14-inch abrasive cut-off saw aims to match a 15 amp corded model, and the specifications support the claim: 4000 RPM, up to 200 cuts per charge in 3-5/8 inch 20-gauge steel studs with a 12Ah battery, a Rapid Stop blade brake that stops the blade within 2 seconds of trigger release, tool-free blade changes and fence adjustments, and an overload indicator light. For crews that cut steel studs all day, the cordless version removes the extension cord and the search for a live outlet. Specialty cutting tools fit the same pattern when they match a professional workflow instead of adding a second tool for every task.
Safety features on high-speed cutting tools
High-speed abrasive cutting produces sparks, dust, and kickback risk, so the brake and the overload light are not accessories. The Rapid Stop brake stops the blade within 2 seconds, which shortens the window for contact after a trigger release. The overload light tells the operator when the battery is straining, which prevents repeated stalls and pack damage.
Pre-use checks for a cordless cut-off saw:
- Confirm the blade is rated for the material and the RPM.
- Check the guard and the brake function before the first cut.
- Secure the workpiece so it cannot pivot on the blade.
- Wear eye protection and heavy gloves rated for sparks.
- Watch the overload light and let the tool rest if it flashes.
The cordless cut-off saw carries a higher upfront price than a corded model of similar power, and the 12Ah battery adds to the total. The payback comes from mobility: cutting studs on a scaffold, in a stairwell, or on a roof deck without running an extension cord or renting a generator. Contractors who cut steel studs in place usually recover the difference quickly, while shop-only cutting may not justify the premium.
Reciprocating Saw Power and Durability
The upgraded reciprocating saw replaced an earlier model with a brushless motor and a long list of durability revisions: an anti-corrosion blade clamp, a more wear-resistant blade change lever, and a metal-reinforced battery connection for better retention. The saw runs at 3000 SPM with a 1-1/4 inch stroke, carries an adjustable shoe, a rafter hook, and an LED, and weighs 8.4 pounds with a 5Ah battery and 6.8 pounds as a bare tool. The warranty runs five years. The balance between brushless motors, size versus power and performance evaluation explains why a heavier, faster saw is not always the better buy.
Why durability upgrades matter more than peak specs
A saw that cuts 10 percent faster still fails if the blade clamp corrodes or the battery rail cracks. Field failure analysis drove the revisions: the blade change lever now resists wear, the clamp resists corrosion, and the battery connection is reinforced. For contractors who run saws daily, these changes extend service life more than any speed claim.
Weight and runtime tradeoffs
The 8.4 pound weight includes a 5Ah battery, which is the pack most crews will run. A heavier high-output pack adds runtime and weight, while a compact pack lightens the tool and shortens the session. Pick the pack to match the day: demolition work favors runtime, overhead work favors weight.
The 3000 SPM rating and the 1-1/4 inch stroke place the saw near the top of its class, but the practical test is how it feels at the end of a long day. Vibration, trigger reach, and balance under load matter more than a few hundred strokes per minute. A saw that is easy to control makes straighter cuts and leaves the operator less tired, which is why durability and ergonomics deserve equal weight with speed claims.
High-Capacity Batteries and Performance
The cut-off saw’s 200-cuts-per-charge figure depends on a 12Ah pack, which shows how far the battery side of the platform has moved. High-capacity packs change what a tool can do, and modern tools read the pack before delivering power. Battery detection technology lets high-capacity packs unlock more performance in tools designed for them, while older tools simply run longer.
Matching battery capacity to the tool
Capacity and output are different numbers. Amp-hours describe runtime, while output cells handle peak draw. A 12Ah pack on a cut-off saw delivers sustained cutting; the same pack on a band saw extends runtime between charges. Check the tool’s recommended pack size before assuming a bigger battery is always better.
Building a Cohesive Cordless System
The strongest argument for any of these tools is that they share batteries, chargers, and service channels with tools you already own. A bare band saw at $229 and a bare power supply at $99 add capability without adding a second battery system to the truck. Platform decisions compound over years, so the cordless battery technologies behind the packs deserve the same attention as the tools themselves. Buy the tool that fits the work, and the battery platform that fits the fleet.