B&R Productions

Aerospace

CNC Machining Services

B&R Productions provides CNC turning services for aerospace manufacturers requiring tight tolerances and repeatable results. Our turning centers machine bushings, sleeves, shafts, and custom fittings for aircraft engines, landing gear, and ground support equipment. With tolerances down to ±0.0005”, we deliver accuracy that ensures safety and performance in demanding flight environments.
CNC turning aerospace bushings and shafts in Texas machine shop

CNC Turning for Aerospace

B&R Productions provides CNC turning services for aerospace applications where accuracy and reliability are non-negotiable. Our turning centers produce bushings, shafts, sleeves, and fittings used in aircraft engines, landing gear, and structural systems. With tolerances as tight as ±0.0005” and expertise in titanium, Inconel, and aerospace-grade aluminum, we deliver precision parts that meet strict industry standards.
CNC turning aerospace components in Texas machine shop

Bearkat Blur

Precision CNC turning up to 8” OD × 12” L, suited for short-length aerospace components such as bearing housings, couplers, and actuator fittings. 

Brand: Hwacheon
Model: Hi-Eco 21 HS

Capacity:
8" ØD × 12" L

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Precision CNC turned titanium shafts for aircraft engines

Ironwood Revival

CNC turning up to 12.5” OD × 49” L, ideal for machining aerospace shafts, hydraulic cylinders, and landing gear pins.

Brand: Hwacheon
Model: Hi-Eco 35 #16
 
Capacity:
12.5" ØD × 42" L

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CNC lathe machining aerospace bushings and sleeves

Quick Draw Slim

CNC turning capacity up to 12.5” OD × 42” L, built for medium-length aerospace components such as actuator bodies & landing gear pins.

Brand: Hwacheon
Model: Hi-Eco 35 #16

Capacity:
12.5" ØD × 42" L

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Turning services for aluminum aerospace fittings and parts

Torque & Tumble

CNC turning up to 12.5” OD × 49” L, ideal for machining aerospace shafts, hydraulic cylinders, and landing gear pins where straightness and concentricity are critical to performance.

Brand: Hwacheon
Model:
Hi-Tech 400    

Capacity: 
12.5" ØD × 49" L

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CNC turning stainless steel aerospace components with tight tolerances

Texaco Thunder

Precision CNC turning up to 16” OD × 100” L with a 10” thru-hole, enabling efficient production of aerospace housings, long shafts, and structural tube assemblies in demanding alloys such as titanium and Inconel.

Brand:
Hwacheon
Model:
Mega 100  

Capacity:
16" ØD × 100" L x 10" thru-hole

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Texas CNC machine shop producing aerospace landing gear parts

Rattle & Hum

Turning capacity up to 16” OD × 120” L, engineered for aerospace actuators, torque tubes, and elongated structural components where length-to-diameter ratio machining accuracy is essential.


Brand:
Hwacheon
Model:
Mega 95

Capacity: 

16" Ø × 120" L

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ISO compliant CNC turning for aerospace engine components

Hammer of Forge

CNC lathes capable of 14” OD × 96” L, supporting production of landing gear cylinders, engine shafts, and heavy aerospace components that demand both strength and precision machining.

Brand: Samsung
Model: SL-45A/2200

Capacity: 
14" Ø × 96" L 

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High precision CNC turned Inconel aerospace parts

Thicket Express

Turning up to 9.63” OD × 119” L, configured for long, slender aerospace parts such as drive shafts, actuator rods, and structural supports, with proven ability to control deflection.

Brand: Samsung
Model: SL-65A/3200

Capacity: 
9.63" Ø × 110" L (SR)

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CNC Milling for Aerospace

B&R Productions delivers CNC milling services for aerospace programs that demand absolute precision and consistency. Using vertical and horizontal mills, we machine complex geometries for brackets, housings, structural frames, and avionics components. With tolerances as tight as ±0.0005”, our Texas CNC machine shop ensures accuracy from prototypes through high-volume production.
CNC milling aerospace brackets and housings in Texas machine shop

Pistol Whiskers

CNC milling capacity up to 20” W × 48” L × 24” H, ideal for aerospace brackets, mounting plates, and structural aluminum components requiring complex 3D geometries.
 
Brand: Fadal 
Model: VMC 4020-906-1

Capacity:
20" W × 48" L x 24" H

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Precision CNC milled aluminum aerospace structural components

Loco Motive

3- and 5-axis CNC milling up to 32” W × 70” L × 32” H, supporting machining of airframe structures, composite tooling, and satellite components with precision surfaces and multi-axis contouring.

Brand: YCM 
Model: TV-188 B
 
Capacity: 
32" W × 70" L x 32" H

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CNC milling titanium aerospace parts for aircraft assemblies

Sawbones Special

Precision milling capacity of 35” W × 102” L × 35” H, enabling production of large aerospace panels, housings, and bulkhead components in aluminum, stainless, and titanium.

Brand: YCM 
Model: TV 2610 B
 
Capacity: 
9" W × 48" L x 18" H

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Manual Turning for Aerospace

B&R Productions offers manual turning services for aerospace projects requiring custom parts, prototypes, or urgent repairs where CNC programming isn’t practical. Our machinists use precision manual lathes to produce bushings, threaded fittings, collars, and shafts that meet strict aerospace tolerances. Manual turning allows us to provide quick-turn solutions for ground support equipment, structural assemblies, and specialized aircraft components. We machine titanium, aerospace-grade aluminum, stainless steels, and Inconel with the same quality standards applied to our CNC operations.
Manual turning aerospace components in Texas machine shop

Steel Phantom

Manual turning capacity up to 15” OD × 45” L, supporting aerospace shafts, actuator pins, and precision housings. Ideal for prototype work, secondary operations, and repair machining.

Brand: Kingston
Model: HJ-1700

Capacity:
15" OD × 45" L

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Skilled machinist manually turning titanium aerospace bushings

Armadillo Cowboy

Manual turning capacity up to 20” OD × 100” L, enabling precision aerospace parts manufacturing for long shafts, structural torque tubes, and oversized aerospace components. 

Brand: Kingston
Model: HR-3000
   
Capacity: 
20" OD x 100" L

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Manual lathe machining aerospace sleeves and threaded fittings

Hammer King

Manual turning capacity up to 22” OD × 36” L, providing aerospace component machining services for medium-length parts such as bearing collars, coupling housings, and landing gear fittings. 

Brand: Warner & Swasey
Model: 3-A

Capacity:
22" OD × 36" L

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Precision manual turning services for aluminum aerospace parts

Sir Spindleworth

Manual turning capacity up to 20” OD × 120” L, supporting Inconel and titanium aerospace machining for extended shafts, torque tubes, and elongated structural components. This long-bed capability ensures straightness and precision across oversized aerospace parts and repair work.

Brand: Monarch
Model: 20-CM

Capacity:
20" OD × 120" L

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Manual machining of aerospace stainless steel shafts

Torquezilla

Manual turning capacity up to 22” OD × 96” L, delivering AS9100 precision machining for large aerospace shafts, heavy housings, and oversized structural components. Suited for both new builds and repair machining where rugged performance and documented compliance are required.

Brand: Monarch
Model: 22-M

Capacity:
22" OD × 96" L

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Custom manual turned components for aircraft ground support equipment

Longshot Jack

Manual turning capacity up to 24” OD × 120” L, extending our CNC machining for aerospace capabilities to oversized shafts, elongated torque tubes, and large structural components. This machine provides the reach and rigidity needed for long-bed aerospace turning and heavy repair work.

Brand: Axelson
Model: A25

Capacity:
24" OD × 120" L

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Manual turning prototypes for aerospace applications in Texas

Brass Gambler

Manual turning capacity up to 22.5” OD × 96” L, supporting precision aerospace parts manufacturing for medium-to-large shafts, coupling housings, and structural components. This machine provides the rigidity and accuracy required for both production and aerospace repair machining.

Brand: Monarch
Model: #20

Capacity:
22.5" OD × 96" L

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Machinist manually producing aerospace collars and bushings

Quickdraw Slim

Manual turning capacity up to 15” OD × 45” L, providing aerospace component machining services for small-to-medium parts, prototypes, and repair components. Well-suited for actuator pins, bearing housings, and short-length aerospace shafts that require accuracy and quick turnaround.

Brand: Clausing
Model: 15

Capacity:
15" OD × 45" L

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Manual Milling for Aerospace

B&R Productions provides manual milling services for aerospace applications requiring prototypes, one-off parts, or urgent modifications. Our machinists use Bridgeport-style mills and large manual equipment to produce brackets, plates, housings, and custom fittings with dependable precision. Manual milling offers flexibility where CNC programming isn’t efficient, allowing us to deliver quick-turn solutions for structural assemblies, avionics hardware, and ground support equipment. We work with aerospace-grade aluminum, titanium, stainless steels, and Inconel to meet strict strength and performance standards.
Manual milling aerospace brackets and plates in Texas machine shop

Knuckle Duster

Manual milling capacity up to 10” W × 50” L × 20” H, supporting Inconel and titanium aerospace machining for slotting, drilling, facing, and precision repair work. Ideal for brackets, tooling plates, and small housings, this mill provides versatility for both prototype and production aerospace applications.

Brand: Wilton
Model: Series II

Capacity:
10" W × 50" L × 20" H

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Skilled machinist manually milling titanium aerospace components

Nacho Average Mill

Manual milling capacity up to 9” W × 48” L × 18” H, providing AS9100 precision machining for prototype parts, slotting, drilling, and detailed aerospace component repair. Well-suited for brackets, tooling inserts, and small structural parts requiring accuracy and repeatability.

Brand: Bridgeport
Model: Series II

Capacity:
9" W × 48" L × 18" H

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Aerospace

CNC Machining FAQ

At B&R Production, we know that most aerospace buyers aren’t interested in machine jargon—they just need to know if we can handle their part. That’s why our FAQ is written for procurement specialists and supply chain managers, providing quick, clear answers about our AS9100 precision machining capabilities and part qualifications.

What is B&R Production’s machining capacity for aerospace components?

We offer CNC machining for aerospace parts up to 20” OD × 120” L on lathes and 35” W × 102” L × 35” H on mills, with deep-hole drilling to 236” L and honing up to 18” OD × 144” L. This range covers everything from titanium actuator pins to Inconel turbine housings.

Do you handle exotic alloys like titanium and Inconel?

Yes. We specialize in Inconel and titanium aerospace machining, along with stainless steels (17-4PH, 15-5PH), Monel, Hastelloy, and aerospace-grade aluminum (7075, 6061). These alloys are common in jet engines, structural parts, and satellite hardware.

Are your processes compliant with aerospace standards?

Our shop follows AS9100 precision machining practices and is ISO 9001:2015 certified. We provide full traceability, documented FAI reporting, and CMM inspection on aerospace parts to ensure compliance with industry standards.

What types of aerospace components do you manufacture?

We support a wide range of aerospace component machining services, including:

  • Engine hardware – turbine rings, compressor cases, housings
  • Landing gear – shafts, pins, cylinders
  • Airframe structures – brackets, mounts, bulkhead parts
  • Hydraulic systems – actuator housings, couplings
  • Spaceflight hardware – satellite and launch vehicle components

Can you support prototype development as well as production runs?

Yes. B&R Production provides precision aerospace parts manufacturing for both low-volume prototypes and full-scale production runs. Our combination of CNC and manual machines gives flexibility for fast-turn prototyping, one-off repairs, and repeatable production work.

How do you verify quality on aerospace parts?

We use 100% CMM inspection with ±0.0005” tolerances achievable, depending on geometry and material. For aerospace customers, we also provide FAI (First Article Inspection) packages, material certs, and traceability documentation with every project.

Where are your machining services located?

B&R Production operates in Walker County, Texas, serving aerospace programs across the U.S. If you’re searching for “CNC machining near me” or “aerospace CNC services in Texas”, we are strategically positioned near Houston, Dallas, and key aerospace hubs.