Titan Engineering - Full service CNC machine shop

Titan Engineering

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Titan Engineering is a full service CNC machine shop located in Northern California 30 miles East of Sacramento. You may contact us at:

Phone:

(530) 885-3000 Fax: (530) 885-4500

Address:

Titan Engineering
12852 Earhart Ave.
Auburn, CA 95602

About Us

Company Profile

Titan Engineering is an American manufacturing company located in Auburn, California that was formed by Titan Gilroy in 2005 to serve the manufacturing needs for the aerospace and sub sea industries. Titan’s vision is to reduce costs by combining advanced technology with innovative manufacturing methods to become an international leader.

The experience and innovation of Titan Engineering allows its team to specialize in difficult projects and differentiate itself from others. Titan leads his ambitious team of professionals with an obsession for perfection and no-holds-barred mentality.

Mission:

Titan Engineering is dedicated to the development of lasting, profitable relations by seeking perfection in machining, engineering, and manufacturing, while reducing costs through innovative production methods, resulting in unmatched American quality.

Core Values

Ambition:
To be unrivaled leaders in aerospace and sub sea manufacturing

Obsession for perfection:
To achieve six sigma in business, manufacturing, and customer service.

Teamwork:
To cooperatively utilize talents, education, and experience to accomplish our goals.

Innovation:
To create value through advanced technologies and ingenious solutions.

Services

Engineering Services

Titan Engineering is a single-source firm that can bring your idea into reality by successfully developing new or improve existing products.

CONCEPTUAL DEVELOPMENT AND PRODUCT PLANNING

DESIGN
- Quality
- Performance
- Value (Cost)
- Life Cycle
- Manufacture
- Assembly

ANALYSIS
- Mechanical
- Modeling (Solid Works)
- Stress (COSMOS)
- Material Selection
- Mechanisms
- Kinematics
- Dynamic
- Energy
- Friction
- Thermal/Heat Transfer
- Shock and Vibration
- Fatigue/Failure
- Hydraulic/Pneumatic
- Electrical (Contracted)
- Software (Contracted)
- System (Contracted)

Facilities list

CNC HORIZONTALS

2008 HAAS EC-400 Horizontal CNC Mill
Features include: 20” x 20” x 20” work cube, dual 400 mm pallets, 1-degree indexing, an 80-gallon coolant and triple-auger chip removal systems. A 12,000-rpm, 40 taper spindle, 30hp Dual Inline direct-drive system that couples the motor directly to the spindle, for less vibration, less heat and less noise than belt- or gear-driven systems – which allows for superior surface finishes, excellent thermal stability and quieter operation. Side-Mount Tool Changer features 70+1 tools.

2006 TOYODA MITSUI SEIKI 550SX Horizontal CNC Mill
With multiple pallets for non-stop machining. Features include: A 40 HP high performance “low end” torque spindle with dual drives. Feed rates of 2370 IPM. Automatic compensation to protect against thermal growth. 1000 PSI thru the spindle coolant. High tech Probe Fixture measuring system. High tech Laser Tool Measuring system. Equipped with 2 Kurt “Cluster Tower” Tombstones, each with double vises attached to all 4 sides. 1 degree pallet indexing so that multiple operations can be done at once. This machine is the #1 Horizontal milling machine in the world and is also the machine of choice at Boeing Airlines for the machining of hard ferrous materials.

CNC MILLS

HAAS CNC “VF2” Milling Machine w/ 4th Axis (2008)
Features include: 30” x 16” x 20” VMC w/ Standard Features including: Rigid Tapping, USB Port, 15” Monitor. 4th Axis Brushless Drive, through the Spindle Coolant. 10,000 RPM High Torque 30 HP Spindle. 2 Speed Gear Box. Repeatability (±) 0.0001.

HAAS CNC “VF-11-40” Milling Machine w/ 4th Axis (2008)
Features include: 120” x 40” x 30” VMC w/ Standard Features including: 24 Position Side-Mount Tool Changer, Rigid Tapping. 15,000 RPM /20 HP Dual Drive Spindle, through the Spindle Coolant 300 psi. 40 Position Side Mount Tool Changer. 4th Axis Drive. Repeatability (±) 0.0001.

HAAS CNC “VF6” SUPER SPEED CNC Mill (2008)
Features include: 64” x 32” x 30” (XYZ). A 10,000 RPM, 2 speed gear box, 30 HP spindle. High pressure thru spindle coolant. High speed side mount tool changer, 8 toolex vises. Repeatability (±) 0.0001.

HAAS CNC “VF3” SUPER SPEED Milling Machine w/ 4th Axis (2006)
Features include: 40” x 20” x 25” XYZ travels. A 12,000 RPM direct drive, 30 HP spindle. Feed rates of 833 IPM, 1.6 second side mount tool changer. High-pitch ball screws and high-torque servo motors on all axes provide rapids of 1400 IPM. Equipped with 5 Toolex “Quick-Change Double Vises". Repeatability (±) 0.0001.

HAAS CNC “VF2” SUPER SPEED Milling Machine w/ 4th Axis (2005)
Features include: 30” x 16” x 20” XYZ travels. A 12,000 RPM direct drive, 30 HP spindle. Feed rates of 833 IPM, 1.6 second side mount tool changer. High-pitch ball screws and high-torque servo motors on all axes provide rapids of 1400 IPM. Equipped with 4 Toolex “Quick-Change Double Vises”. Repeatability (±) 0.0001.

HAAS CNC SUPER MINI-MILL w/ 4th Axis (2007)
Features include: 16” x 12” x 10” XYZ travels. A 10,000 RPM direct drive, 15 HP spindle. Feed rates of 833 IPM, 2 second tool changer. High-pitch ball screws and high-torque servo motors on all axis provide rapids of 1200 IPM. Repeatability (+-) 0.0001.

HAAS 4th Axis “Super Speed” Indexer (800 deg/sec) HA5CS-CNCB

CNC LATHES

HAAS "SL-20" CNC LATHE With an Automated Bar Feeder w/ Robot for Auto Load (2008)
Features include: Hass 10” x 20” CNC Turning Center, 10 Station Bolt-On Turret, A2-6 Spindle Nose, 4,000 RPM /20 HP Spindle, 1 MB Memory, USB Port. Robot Ready Interface. Auto Door for SL-20. Repeatability (±) 0.0001.

HAAS "SL40" CNC LATHE With an Automated Bar Feeder (2008)
Features include: A 55 hp spindle motor, 15" hydraulic chuck, 4" thru spindle. High pressure coolant. Capable of turning with 33" long boring bar. Crane attached for large parts. Repeatability (±) 0.0001.

HAAS "SL20" CNC LATHE With an Automated Servo Bar 300 "Bar Feeder" (2006)
Features include: A turning capacity of a 10.3” diameter and 20” in the length. Fully programmable Hydraulic Tail Stock. A bar feeder capacity of a 2.0”. Auto-parts catcher. 4000 RPM 20 HP spindle. Rapids of 1000 IPM. 1 second tool change. Thru the spindle coolant, 8.3” hydraulic chuck or 5c collets. Repeatability (±) 0.0001.

HAAS “SL10” CNC LATHE With an Automated Servo Bar 300 “Bar Feeder” (2005)
Features include: A turning capacity of a 11” diameter, 14” in the length. Fully programmable Hydraulic Tail Stock. Bar feeder capacity of 1.75”. Auto-parts catcher. 6000 RPM 15 HP vector drive spindle. Rapids of 1200 IPM. Thru the spindle coolant, 6.5” hydraulic chuck or 5c collets. Repeatability (±) 0.0001.

HAAS “SL10” CNC LATHE (2005)
Features include: A turning capacity of a 11” diameter, 14” in the length. Fully programmable Hydraulic Tail Stock. Auto-parts catcher. 6000 RPM 15 HP vector drive spindle. Rapids of 1200 IPM. Thru the spindle coolant, 6.5” hydraulic chuck or 5c collets. Repeatability (±) 0.0001.

WATER JET

INTEGRATED FLYING BRIDGE WATER JET CUTTING SYSTEM
Features include: (New) 3D Dynamic Water Jet Technology for Tool Control which reduces taper to less than 0.001”. (New) 87,000 PSI Hyper Pressure Technology (Speed velocity of over Mach 3). This is the latest and greatest Water Jet that has just come out which is able to cut Plastic - Titanium parts at over 7.0 IN THK X 6 FEET WIDE X 12 FEET LONG.

QUALITY ASSURANCE

BROWN & SHARPE Global Advantange 7107 Coordinate Measuring Machine (CMM)
Features include: Fully articulating motorized head. PC-DMIS CAD++ (DCC) Software (for Windows XP), and a 27 x 27 x 40" workspace.

ROBOTICS

MOTOMAN (UP6) HIGH SPEED 6 AXIS ROBOT (2004)
Used for robotic machine tending during 24/7 lights out production. Features include: High speed 6 Axis of rotation, Dual Pneumatic Chucking System. Repeatability: +-.003.

DoALL DC-310NC PRODUCTION CNC POWER SAW (2007)
Features include: 5 HP Motor, 1.25” blades capable of cutting 12.0” diameter titanium. 16”automatic index length.

60 CU. FT. VIBRATORY FINNISHER (2007)
Single 6 foot tub set-up, capable of finishing large pieces of material quickly.

American Manufacturing

The United States of America is an international superpower known for being the land of opportunity and a leader in technology, foreign policy, military might, and economic strength. The nation is founded on freedom and unalienable rights, including life, liberty, and the pursuit of happiness. Citizens are proud to be called Americans and have dedicated their time and efforts to improving the world’s quality of life.

The following American inventors and their inventions have changed the face of history; Thomas Edison for the phonograph, commercially practical light bulb, motion picture projector, and stock ticker; Henry Ford for being the father of assembly line manufacturing; the Wright brothers for their first air powered flight; Samuel Morey for the internal combustion engine; R.G. LeTourneau for the electric wheel, motor scraper, mobile oil drilling platform, bulldozer, and cable control unit for scrapers; Gordon Gould for co-inventing the laser; Manhattan Project scientists for development of the Atomic Bomb; and numerous scientists in the Space Race who brought about advances in rocketry, computers, and material science.

The United States of America has the largest economy in the world, making up 13.8 trillion dollars of gross domestic product in 2007 according to the Bureau of Economic Analysis. Even with the recent recession and a weakening dollar, the United States remains the largest economy in the world. One reason for this is the impact of manufacturing. American Manufacturing is a crucial part of American history, dating back before the Industrial Revolution. It plays a major role in the U.S. Economy and helped contribute to the recovery from the Great Depression.

Manufacturing industries are responsible for a significant share of overall U.S. economic production of goods and services, generating $1.6 trillion in gross domestic product in 2006 at 12.2 percent of total U.S. GDP. Additionally, U.S. Manufacturing generated gross revenues of $4.5 trillion in 2006, and is by far the most important sector of the U.S. economy in terms of total dollars. The Manufacturing Industry is in desperate need of a revolution. It is an industry with steady growth, high dollar sales, and a soaring demand for high-end manufacturing companies. It is the perfect time, similar to Microsoft and the computer boom in the 1980’s, for a company to take advantage of the current demand.

Titan Engineering seeks to fill the void in high-end manufacturing by revolutionizing current machine industry practices through price reduction, decreased machine times, and increased quality. Titan Engineering will accomplish this by combining advanced technology with innovative manufacturing methods invented by owner Titan Gilroy. The experience and innovation of Titan Engineering allows its team to specialize in difficult projects which differentiates itself from others, making Titan Engineering an international leader in CNC machining. Titan Engineering will be added to history books as a company responsible for making a brighter future for the “Great” United States of America.

Materials List

PLASTICS

ABS - Scratch resistant, great for its cosmetic value.

ACETAL - It is compared to some metals due to its stability, impact resistance, and strength.

ACRYLIC - Very durable and lightweight with great clarity. Good for displays and other visual applications.

CPVC - Is a thermoplastic produced by chlorination of polyvinyl chloride (PVC) resin.

DELRIN - It is a great all-purpose plastic, very versatile and economical.

ERTALYTE® - Great choice for parts requiring a close tolerance.

G-10 - Great chemical and moisture resistance, excellent insolating and electrical properties, and very high strength composite.

NORYL - Is a plastic developed by General Electric, can be used in electronics, coating, and machinery applications.

NYLON - Excellent abrasion and chemical resistant. Easy to machine.

PEEK - It has a high tensile strength and it has replaced stainless steel in some instances due to its great performance, reliability and low cost.

PHENOLIC - Very light weight, extremely durable plastic, and moisture resistant.

POLYCARBONATE - Virtually unbreakable, transparent glazing material.

UHMW - Impact and abrasion resistant, very affordable.

ALUMINUM

6061-0 - Annealed 6061 has maximum tensile strength no more than 18,000 psi.

6061-T4 - T4 temper has an ultimate tensile strength of at least 30,000 psi and yield strength of at least 16,000 psi.

6061-T6 - it is the most commonly used alloy. It has an ultimate tensile strength of at least 42,000 psi and yield strength of at least 35,000 psi.

6063 - Great for extrusions, usually produced with a very smooth surface great for anodizing.

5052 - Very good corrosion resistant, used in marine applications.

7075 - It is aircraft grade. It is strong, with good fatigue strength and average machinability, but not a good corrosion resistant.

STAINLESS STEEL

200 Series - Austenitic iron-chromium-nickel-manganese alloys.

300 Series - Austenitic iron-chromium-nickel alloys.

Type 301 - Highly ductile, for formed products. Fast hardening while is being machined.

Type 303 - Free machining version of 304 via addition of sulfur.

Type 304 - Very popular; also referred as 18/8 stainless steel.

Type 316 - Very common and highly used by the sub sea industry due to its resistance to saltwater.

400 Series - Ferritic and martensitic alloys.

Type 408 - Heat-resistant; poor corrosion resistance; 11% chromium, 8% nickel.

Type 409 - Most affordable one; used in the automobile industry.

Type 410 - Martensitic (high-strength iron/chromium).

Type 420 - Known as “surgical steel”.

Type 430 - Used in vehicle trims, decorative.

Type 440 - Great cutlery quality, better edge retention due to its high carbon content.

600 Series - Mantensitic precipitation hardening alloys.

Type 630 - Better known as 17-4.

STEEL

12L14 - Commonly used in automatic screw machines in the production of high number of parts requiring a close tolerance.

TITANIUM

Ti-6AI-4V - The most common titanium alloy is the Ti-6AI-4V. It is very resistant to corrosion and extreme temperatures. Great tensile strength and toughness. Highly used by the military, aircraft, spacecraft, and in medical applications.

INCONEL®

Typically used in high-temperature applications. Because of work hardening, this metal is very difficult to machine by traditional means.

This information is solely a material reference and we don’t guarantee the accuracy of this information. Titan Engineering is not liable for any misinterpretation or misuse of this data.

Titan Engineering is a full service CNC machine shop located in Northern California 30 miles East of Sacramento. You may contact us at:

Phone:

(530) 885-3000 Fax: (530) 885-4500

Address:

Titan Engineering
12852 Earhart Ave.
Auburn, CA 95602

Side Design by:

Joint Medias Inc. ( www.jointmedias.com )