Titanium Wrench Set - SAE - Standard

Titanium Non-Magnetic Wrench Sets are designed and manufactured to be MR Conditional with 3T safety in mind. Biomedical and clinical engineering service techs of any make and model MRI machine have come to enjoy the benefits of this kit due to its mix of metric sizes, compactness, and light weight. This is the titanium version designed and manufactured to be MR Conditional with 3T safety in mind.

MR Conditional

Non-Magnetic

Titanium, designed and manufactured with 3T safety in mind

Corrosive resistant

Lightweight

7/32 X 1/4

3/8 X 7/16

1/2 X 9/16

1/2 X 11/16

 

Once primarily used by the aerospace industry, use of titanium & titanium alloys has been steadily increasing primarily in the medical industry. Due to its natural properties, such as being non-magnetic, low in density, non-corrosive, nontoxic, possessing exceptional strength-to-weight ratios, and being biologically compatible with human tissue/bone, titanium is especially useful for artificial hip and knee replacement, heart valves, and spinal, maxillofacial & other implants. Most MRI machines range between 1.0 T to 1.5 T, with more powerful units at 3.0 T. Our non-magnetic titanium tools are made with 3.0 T safety in mind.

Using only the highest-grade titanium available (6AL-4V), we supply servicing tools to a number of industries including, aerospace, bio-medical, and diagnostic imaging.

Our tools have played a vital role in the technological advances in knowledge of engineering, biology and medicine. Allowing for improvements in human health through cross-disciplinary activities that integrate engineering and biomedical sciences with clinical practice.

 

Our tools meet the strict requirements of the Aerospace Industry, in which engineers apply both scientific and technological principles to the research, design, development, maintenance and performance testing of aircraft.

 

Our tools provide technicians with a more secure alternative when working on clinical open & closed bore MRI machines. Such machines produce a magnetic force measured in teslas (T), with most MRI machines ranging between 1-1.5T, with more powerful units at 3.0T.

Non-magnetic, our titanium tools are completely secure for servicing bio-medical or diagnostic imaging machines, such as MRI scanners.

Extraordinarily strong, our titanium tools possess a greater strength-to-weight ratio than either stainless, or annealed steel/aluminum.

 

With a density of approximately 60% less than steel, using titanium produces tools at nearly half the weight of steel alternatives.

All of our tools are highly resistant to corrosion, making them ideal for applications involving acids and alkalis.

 

Our tools use only the highest grade titanium available for tool production (6AL-4V).

 

Titanium offers superior high heat transfer efficiency. It has a much higher melting point than steel and is far more resistant to damage caused by heat. 

Generally more expensive than ferrous metals, non-ferrous metals possess desirable properties such as lighter weight, higher conductivity, non-magnetic properties, and resistance to corrosion. Many industries require non-ferrous tools due to the magnetic qualities of ferrous tools, which can cause a projectile or missile like effect. Ferrous-based materials, nickel alloys, and most stainless steel materials are not compatible with MRI or other diagnostic imaging environments. When these materials are exposed to a strong magnetic field, they can be pulled violently toward the magnetic source.