Laser Cut Grade 5 Titanium

Stronger than pure titanium, titanium Grade 5 is alloyed with aluminum, vanadium, and iron to create a durable, lightweight metal. It’s designed to withstand even the harshest of environments, from temperatures exceeding 800°F to corrosive seawater. Titanium Grade 5 is built for your highest-risk projects.

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Grade 5 Titanium, the reigning champion of Aerospace

Experience the unparalleled benefits of Grade 5 titanium, the reigning champion of aerospace metals. With its non-magnetic, non-toxic, and non-allergenic properties, titanium is quickly becoming a go-to material in the medical industry. And for aircraft engineers, it's a critical structural metal due to its strength, which rivals that of steel while being 40% lighter and less prone to erosion.

But that's not all - titanium also boasts exceptional resistance to corrosion from various chemicals, including water. Thanks to the creation of a thin layer of titanium dioxide on its surface, this metal is highly impervious to these elements, ensuring rust won't be a concern in your future projects.

Discover the many benefits of laser-cutting Grade 5 titanium today. Trust us to provide you with the precision cuts you need for your next project.

Used in a variety of high strength applications

Titanium has an impressive strength that is twice as strong as low-carbon "mild" steel, and approximately three times the strength of aluminum, assuming similar thicknesses. This is precisely why it's our strongest metal at Ascenti CNC, and why our aerospace engineers rely on it for their most advanced projects. When you combine this strength with Ascenti CNC's unique fabrication techniques, you get access to one of the most robust metals available in the known universe, all while saving costs.

Aircraft structure

Ducts

Springs

Aerospace engine parts

Fasteners

Most anywhere steel is found

Fuel tanks

Gears

And so much more!

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Details	-
Gauge	N/A
Thickness Tolerance Positive	0.127
Thickness Tolerance Negative	0.127
Cutting Process	Fiber Laser
Cut Tolerance	0.127
Advertised Thickness	1.02mm

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	No

Properties	-
Density	280 lb/ft^3
Tensile Strength (Ultimate)	150 ksi
Tensile Strength (Yield)	140 ksi
Shear Strength
Shear Modulus	5800 ksi
Fatigue Strength	74ksi
Brinell Hardness	310
Rockwell Hardness	34

Details	Text
Gauge	N/A
Thickness Tolerance Positive	0.127mm
Thickness Tolerance Negative	0.127mm
Cutting Process	Fiber Laser
Cut Tolerance	0.127mm
Advertised Thickness	1.524mm

Available Operations	Text
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	Text
Max Part Size	1117.6mm x 762mm
Min Hole Size	0.6096
Min Bridge Size	0.5588
Min Hole to Edge Size	0.508
Tab and Slot Tolerance	0.254
Min Deburring Part Size	24.1046mm x 76.2mm
Max Deburring Part Size	609.6mm x 1168.4mm
Min Part Size	6.35mm x 9.525mm

Details	-
Gauge	N/A
Thickness Tolerance Positive	0.254 mm
Thickness Tolerance Negative	0.254 mm
Cutting Process	Fiber Laser
Cut Tolerance	0.127
Advertised Thickness	3.18mm

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	1117.6 x 762
Min Hole Size	1.016
Min Bridge Size	0.762
Min Hole to Edge Size	0.9652
Tab and Slot Tolerance	0.381
Min Deburring Part Size	24.1046 x 76.2
Max Deburring Part Size	609.6 x 1168.4
Min Part Size	12.7 x 12.7

Details	-
Gauge	N/A
Thickness Tolerance Positive	1.143
Thickness Tolerance Negative	0.254
Cutting Process	Fiber Laser
Cut Tolerance	0.127
Advertised Thickness	4.75mm

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	1117.6 x 762
Min Hole Size	1.905
Min Bridge Size	2.3876
Min Hole to Edge Size	1.4224
Tab and Slot Tolerance	0.508
Min Deburring Part Size	24.1046 x 76.2
Max Deburring Part Size	609.6 x 1168.4
Min Part Size	12.7 x 19.05

Details	-
Gauge	N/A
Thickness Tolerance Positive	1.143
Thickness Tolerance Negative	0.254
Cutting Process	Fiber Laser
Cut Tolerance	0.127
Advertised Thickness	6.35mm

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	1117.6 x 762
Min Hole Size	2.54
Min Bridge Size	3.175
Min Hole to Edge Size	1.905
Tab and Slot Tolerance	1.27
Min Deburring Part Size	24.1046 x 76.2
Max Deburring Part Size	609.6 x 1168.4
Min Part Size	12.7 x 19.05

Download file >>

Details	-
Gauge	N/A
Thickness Tolerance Positive	.005″
Thickness Tolerance Negative	.005″
Cutting Process	Fiber Laser
Cut Tolerance	.005″
Advertised Thickness	.040″

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	No

Design Considerations	-
Max Part Size	44″ x 30″
Min Hole Size	.020″
Min Bridge Size	.020″
Min Hole to Edge Size	.020″
Tab and Slot Tolerance	.010″
Min Part Size	.25″ x .375″

Details	-
Gauge	N/A
Thickness Tolerance Positive	.005″
Thickness Tolerance Negative	.005″
Cutting Process	Fiber Laser
Cut Tolerance	.005″
Advertised Thickness	.060″

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	44″ x 30″
Min Hole Size	.024″
Min Bridge Size	.022″
Min Hole to Edge Size	.020″
Tab and Slot Tolerance	.010″
Min Deburring Part Size	.949″ x 3″
Max Deburring Part Size	24″ x 46″
Min Part Size	.25″ x .375″

Details	-
Gauge	N/A
Thickness Tolerance Positive	.010″
Thickness Tolerance Negative	.010″
Cutting Process	Fiber Laser
Cut Tolerance	.005″
Advertised Thickness	.125″

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	44″ x 30″
Min Hole Size	.040″
Min Bridge Size	.030″
Min Hole to Edge Size	.038″
Tab and Slot Tolerance	.015″
Min Deburring Part Size	.949″ x 3″
Max Deburring Part Size	24″ x 46″
Min Part Size	.5″ x .5″

Details	-
Gauge	N/A
Thickness Tolerance Positive	.045″
Thickness Tolerance Negative	.010″
Cutting Process	Fiber Laser
Cut Tolerance	.005″
Advertised Thickness	.187″

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	44″ x 30″
Min Hole Size	.075″
Min Bridge Size	.094″
Min Hole to Edge Size	.056″
Tab and Slot Tolerance	.020″
Min Deburring Part Size	.949″ x 3″
Max Deburring Part Size	24″ x 46″
Min Part Size	.5″ x .75″

Details	-
Gauge	N/A
Thickness Tolerance Positive	.045″
Thickness Tolerance Negative	.010″
Cutting Process	Fiber Laser
Cut Tolerance	.005″
Advertised Thickness	.250″

Available Operations	-
Bending	No
Countersinking	No
Tapping	No
Anodizing	No
Plating	No
Powder Coating	No
Hardware	No
Deburring	Yes

Design Considerations	-
Max Part Size	44″ x 30″
Min Hole Size	.100″
Min Bridge Size	.125″
Min Hole to Edge Size	.075″
Tab and Slot Tolerance	.050″
Min Deburring Part Size	.949″ x 3″
Max Deburring Part Size	24″ x 46″
Min Part Size	.5″ x .75″

Download file >>

Properties	Value	Properties	Value
Density	280 lb/ft^3	Elongation at Break	0.067
Tensile Strength (Ultimate)	150 ksi	Elastic Modulus	15000 ksi
Tensile Strength (Yield)	140 ksi	Poisson’s Ratio	0.32
Shear Strength		Thermal Conductivity
Shear Modulus	5800 ksi	Melting Point
Fatigue Strength	74ksi	Magnetic	No
Brinell Hardness	310	Material Composition	Titanium (Ti): 87.5 – 91 Aluminum (Al): 5.5 – 6.8 Vanadium (V): 3.5 – 4.5 Iron (Fe): 0 – 0.4 Oxygen (O): 0 – 0.25 Carbon (C): 0 – 0.1 Nickel (Ni): 0 – 0.050 Hydrogen (H): 0 – 0.015 Residuals: 0 – 0.4
Rockwell Hardness	34

Our Grade 5 titanium is guaranteed

We guarantee awesome quality parts. If you’re not 100% happy, we’ll give you a refund or remake on the spot – no questions, no hassle.

Additional Charts and Guidelines

MIN/MAX PARTS SIZES

PART DENSITY GUIDELINES

PROCESSING MIN/MAX PARTS SIZES

To meet all of your project demands, choose from a wide range of services.

Cutting Services

We offer custom laser cutting, waterjet cutting, and CNC routing. We’ll cut your parts with the method best suited for your material.

Bending & Forming

Add dimension to your projects with our precision CNC bending services.

Countersinking & Tapping

Quickly and easily add threading to your parts

Hardware Insertion

Select from our catalog of PEM press-fit hardware to add nuts, studs, and standoffs.

Anodizing & Plating

Enhance your custom laser cut parts with deburring, anodizing, and plating services.

Powder Coating

Give your laser cut parts a bold, long-lasting finish and protective layer in one of 7 colors