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Blade Family

Bits with unique cutting elements

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For soft and plastic formations
HyperBlade bit—distinctive hyperbolic-shaped cutters that cut 20% deeper into rock
For hard and brittle formations
AxeBlade bit—the industry's most record-setting 3D cutting element
For hard and high-impact formations
StingBlade bit—featuring the industry's first 3D cutting element
For hard and abrasive formations
EnduroBlade 360 bit—the industry's only rolling element that actually cuts rock
Brought to You by Smith Bits—the #1 Name in Rock-Ready Bits
Our design process isn't about cookie-cutter solutions. #weknowrock and that’s where we start—with the kind of formation and lithology your bit will encounter. Working backward from the rock-cutter interface, analysis continues upward along the entire drillstring of individual components and the total system on bit behavior in a dynamic drilling environment. What this ultimately yields is the bit you need that #eatsrock4breakfast.
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108,764,493
Feet drilled
39,862
Runs
82
Countries

Blade bits have a history of record-breaking performance

We hold 53% of global drillbit records, and we set over 50% of the records in the most recent Hart Energy E&P drillbit review. Read these case studies for details on how different Blade bits helped operators by delivering faster ROP, more footage, and fewer drilling days.

The StrataBlade bit achieved higher instantaneous ROP with the same WOB and rpm as compared with offset wells using benchmark bits.
The HyperBlade bit consistently improved ROP versus conventional bits used in offset wells within the same pad.
Using 13-mm AxeBlade diamond element bits instead of conventional PDC bits, INK-Service increased average ROP from 9.2 m/h to 17.7 m/h—an improvement of 92%.
Over all 38 wells, the StingBlade bit saved the operator 64 days of drilling time in the 12 ¼-in section alone.
Operator lowers drilling time and eliminates planned runs using EnduroBlade 360 bits, fit-for-purpose PowerDrive RSS units, and Rhino XC reamer.
Cutting Element Scrape Tests
Laboratory tests demonstrate cutting action on formation samples

Experience cutting-edge performance

See the power of Blade bits technology with a virtual view of rock destruction during our stringent testing process.

For more details on the respective bits, go to

Reshaping Drilling Performance
Cut, plow, rotate, crush—see how the Blade family evolved from a single revolutionary approach.
Launch Interactive
Drilling Performance Insights: A Discussion with Bit Expert Wiley Long
Discover how Blade family bits were designed for maximum efficiency in this one-on-one interview with Smith Bits Product Champion Wiley Long.
Read Interview

Blade family bits are unique because we begin the design process by asking one crucial question: “What best improves bit performance in specific situations?” This approach led to our creating the first bits in the Blade family, using elements with specialized 3D shapes to optimize performance well beyond conventional fixed and flat cutters. The immediate benefit was reduced wear that meant fewer bit trips, which lowered NPT and costs.

But this is really just the tip of the iceberg. We are advancing better bit performance every day because of our continuing work to understand customers' drilling challenges, and answering those challenges with something not quite as small as it seems—cutting elements. Cutting elements are small, but their effect is huge. In fact, that’s how Schlumberger reshaped cutting performance—by studying the behavior of cutting elements in key drilling applications.

The result is two classes of innovative cutters—the rolling cutting element and the 3D cutting element. Each possesses proprietary characteristics developed for specific applications and is the basis for each bit in our Blade family.

Hart Energy awards for drillbit innovation

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Blade Family Offerings

StrataBlade
Concave diamond element bit
Increase ROP by up to 35% in medium-strength formations as compared with flat PDC bits.
HyperBlade
Hyperbolic diamond element bit
Increase ROP and maintain steerability in plastic formations with the new hyperbolic element bit.
EnduroBlade 360
Rolling diamond element bit
Extend PDC bit durability with our rolling cutting element technology.
AxeBlade
Ridged diamond element bit
Improve penetration rates and directional control with our ridged 3D cutting element bit.
StingBlade
Conical diamond element bit
Significantly improve footage and ROP in hard-to-drill formations.
Aegis
Armor cladding
400% more erosion resistance and 40% more blade strength than other bit materials.
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Case Study At-Bit Innovation Boosts ROP 40% While Drilling Each of 12 Wells in One Run—Vertical Through Curve to Lateral, Colorado

NeoSteer at-bit steerable system with advanced cutting elements achieves ROP of 299 ft/h.

Tech Report Escondido Uses Downhole Instrument Data and Analysis to Solve Operational Challenge

Synapse service delivers drilling insights to improve drillbit performance

Video Marcell 'Os: Just the Thing to Rig You Up for a Good Day...

Hold on there, Hoss. What you need is something to make you rock-ready.

Case Study Bit Performance and Optimization Saves Rockcliff 40 h With Record-Setting Bit Design, Catapulting ROP 69%

Synapse service uses in-bit data to hone Haynesville Shale—specific bit

Tech Report Ridged Diamond Element Bit Sets ROP Field Record, Russia

TYUNGD minimized torque and improved performance using AxeBlade bit.

Video Eagle Ford Flakes: a really good breakfast that’s just a little different…

Start your day with the right punch for more footage in the long run, and keep you nimble for those really tight turns.

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