SERVICES

What We Do

 

At Smint, we provide a range of services utilizing EMIT technology to perform advanced mechanical treatment of conductive and non-conductive surfaces. Our services offer several advantages over traditional mechanical treatment methods, including non-contact treatment, greater precision and control, and the ability to provide both tensile and compressive forces.

OUR WORK

Our services include

 

At Smint, we work closely with each client to understand their unique needs and requirements, and we tailor our services to meet those needs. Our team of experts has extensive experience in utilizing EMIT technology for various applications, and we are committed to delivering high-quality results that exceed our clients’ expectations.

01

Impact treatment

Impact treatment is a process of applying a series of high-energy impacts to a material to modify its mechanical properties, such as increasing its fatigue life or reducing residual stresses. EMIT technology allows us to perform impact treatment more precisely and efficiently than traditional methods, with the ability to adjust the force and direction of the impacts.

02

Cyclic deformation

Cyclic deformation involves subjecting a material to a cyclic load to induce plastic deformation and improve its fatigue life. EMIT technology allows us to apply cyclic deformation more precisely and efficiently than traditional methods, with the ability to adjust the load and frequency of the cycles.

03

Surface polishing

Surface polishing involves removing surface imperfections to improve the appearance, performance, and durability of a material. EMIT technology allows us to perform surface polishing more precisely and efficiently than traditional methods, with the ability to adjust the force and direction of the treatment.

04

Oxide removal

Oxide removal is a process of removing surface oxides from a material to improve its properties, such as reducing corrosion or improving adhesion. EMIT technology allows us to perform oxide removal more precisely and efficiently than traditional methods, with the ability to adjust the force and direction of the treatment.

05

Stress tensor distribution measurement

Stress tensor distribution measurement is a process of measuring the distribution of stresses within a material. EMIT technology allows us to perform stress tensor distribution measurement more precisely and efficiently than traditional methods, with the ability to adjust the force and direction of the treatment.

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