Your Part Is Traveling Too Much: Rethinking Machining Efficiency with the Stallion B750

20.4 HP live tools • 4-inch bar capacity • In stock and ready for immediate delivery

Follow a part through your shop. How much time does it spend being machined—and how much time does it spend waiting?

A turned component might leave the lathe, sit in a bin, move to a mill, and wait for another setup before anyone drills a hole or machines a flat. Each operation has a purpose. But the handling, scheduling, and setup between those operations can quietly stretch a straightforward job across an entire shift—or longer.

That makes a useful question worth asking: could the part move less?

Look at the Time Between Operations

Cutting time is easy to measure. The time between operations can be harder to see.

Someone unloads the part. Someone moves it. Another operator prepares a fixture, picks up a datum, and checks the first piece. Meanwhile, the batch waits for space on the next machine.

Even when each step runs smoothly, those minutes accumulate.

For parts that need both turning and secondary features, combining suitable operations on a turning center can shorten that journey. The Stallion B750 brings turning and live tooling together, allowing milling, drilling, and tapping operations to take place within the same machine.

A shaft with wrench flats and cross-holes,

for example, may offer an opportunity to reduce separate setups. The right approach depends on the drawing, material, tooling, and workholding—but the goal is simple: keep the part moving toward completion.

Live Tooling Should Do Meaningful Work

Combining operations only helps if the machine can handle the work effectively.

The Stallion’s live tooling uses a motor integrated into the turret, transmitting rotary motion directly to the tool. That direct-drive arrangement reduces the mechanical transmission between the motor and the cutting tool, helping limit power loss, heat, and mechanical play.

For the machinist, the practical question is what that capability makes possible: can a milling or drilling operation stay on the turning center while meeting the job’s requirements

for finish, accuracy, and production time? Moving an operation makes sense when it improves the overall process. Reviewing the complete cycle helps determine where consolidation delivers value.

Fewer Setups, Greater Consistency

Each time a part is reclamped, its position must be reestablished. Combining compatible operations reduces those steps.

On appropriately equipped Stallion models, Y-axis capability and a sub-spindle allow off-center machining and work on the opposite end of the part.

A rigid cast-iron bed, hardened and ground slideways, and cooling of key heat sources help support a consistent process.

More Capacity, More Options

With an available 4-inch bar capacity, the Stallion B750 expands options for larger-diameter work, including bar-fed production where the part and workholding allow.

Start with One Part

Choose a repeat job and track its setups, handling, and waiting time alongside cutting time. Where could combining operations reduce transfers, free another machine, or simplify scheduling?

Count how many times someone touches the part before it is finished. Your next efficiency gain may be between the cuts.