Tri-Star Engineering, Inc. has been manufacturing a variety of the highest quality precision special cutting tools since 1976. These include special drills, reamers, counter bores, trepan tools and hollow mills. We have the capacity to make these from solid carbide, carbide tipped or high-speed steel. Industries served typically include automotive, plumbing supply, aircraft, appliance, and any application where the accuracy and durability of machine cutting tools is important.
We are capable of manufacturing these cutting tools from your prints or our prints engineered from your piece part prints. Our range of specialized capabilities includes Radial and Axial Cam Relief Grinding, in both internal and external forms. Tri-Star Engineering manufactures a variety of precision cutting tools. We have the capacity to make these from solid carbide, solid high-speed steel, or with carbide tips.
Industries served include the automotive, plumbing supply, aircraft, and appliance industries where the accuracy and durability of machine cutting tools are important.
We are capable of manufacturing these cutting tools from your prints or our prints engineered from your piece part prints. Our range of specialized capabilities includes Radial and Axial Cam Relief Grinding, in both internal and external forms. Tri-Star Engineering manufactures a variety of precision cutting tools. We have the capacity to make these from solid carbide, solid high-speed steel, or with carbide tips.
Industries served include the automotive, plumbing supply, aircraft, and appliance industries where the accuracy and durability of machine cutting tools are important.
Services
Tri Star Engineering, Inc. has earned its sterling reputation based on its ability to design and manufacture a variety of precision cutting tools, such as drills and trepan tools.
As a result, a customer asked us to manufacture a custom drill reamer combination tool that is used to cut components out of 355-T6 aluminum.
Our employees leveraged their skill with the CNC and cam relief grinders to produce cutting tools that met our customers' specifications.
Cam relief grinding is ideal when cutting tools with a complex geometry.
As a result, a customer asked us to manufacture a custom drill reamer combination tool that is used to cut components out of 355-T6 aluminum.
Our employees leveraged their skill with the CNC and cam relief grinders to produce cutting tools that met our customers' specifications.
Cam relief grinding is ideal when cutting tools with a complex geometry.
Tri Star Engineering, Inc. has been committed to the manufacturing of highly specialized and complex cutting tools since 1976.
Over the years, we've acquired the specialists and technologies required to handle every aspect of most custom tool making.
A customer asked us to produce the CAD drawings for a custom trepan tool that would be used to cut 12L14 steel.
It also had to work with replaceable inserts and Tri-Star delivered.
To do it, we used our tungsten carbide tips because their ability to hold their cutting edge hardness, this ensures precision and cost advantages which benefit the customer.
Over the years, we've acquired the specialists and technologies required to handle every aspect of most custom tool making.
A customer asked us to produce the CAD drawings for a custom trepan tool that would be used to cut 12L14 steel.
It also had to work with replaceable inserts and Tri-Star delivered.
To do it, we used our tungsten carbide tips because their ability to hold their cutting edge hardness, this ensures precision and cost advantages which benefit the customer.
Our experienced staff and state-of-the-art equipment provide precision custom cutting tools that deliver all the required precision and consistency that the industry requires.
We provided the CAD drawings for a custom trepan tool that would be used to cut brass.
This type of hollow mill drill assembly can efficiently form diameters.
Because it can be multi-diameter, it allows the end user to form several features in a single pass.
We used 6150 and TC carbide tips to provide cost and quality efficiencies.
We provided the CAD drawings for a custom trepan tool that would be used to cut brass.
This type of hollow mill drill assembly can efficiently form diameters.
Because it can be multi-diameter, it allows the end user to form several features in a single pass.
We used 6150 and TC carbide tips to provide cost and quality efficiencies.
Tri Star Engineering, Inc. Engineering leveraged its employees' deep technical skills and extensive experience to provide the CAD drawings and manufacture this custom 2 flute solid carbide drill with coolant thru.
Because this solid carbide drill with coolant thru is used to cut powdered metal or aluminum, it can be coated to maximize its hardness as well as its oxidation, wear, and erosion resistance.
That coating can be polished to a smooth 12 RMS finish.
We are adept with coolant-fed tooling in solid carbide as well as HSS and offer straight or helical holes.
Because this solid carbide drill with coolant thru is used to cut powdered metal or aluminum, it can be coated to maximize its hardness as well as its oxidation, wear, and erosion resistance.
That coating can be polished to a smooth 12 RMS finish.
We are adept with coolant-fed tooling in solid carbide as well as HSS and offer straight or helical holes.
Tri Star Engineering, Inc., a one-stop shop for the custom design and precise manufacturing of a wide range of highly specialized cutting tools, is committed to adding value for its customers.
We created the CAD drawings and used our lathe milling and CNC grinding capabilities to custom manufacture a recess trepan tool that we knew would be required to cut brass.
After considering the customer's requirements, we used M4 high-speed steel which offers greater grindability as well as superior wear and heat resistance, all of which are vital in cutting tool applications.
We created the CAD drawings and used our lathe milling and CNC grinding capabilities to custom manufacture a recess trepan tool that we knew would be required to cut brass.
After considering the customer's requirements, we used M4 high-speed steel which offers greater grindability as well as superior wear and heat resistance, all of which are vital in cutting tool applications.
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