About UsCompany Overview
Incorporated in the year 1995 at Bengaluru, Karnataka, we “Productive Tool Engineers” are a Partnership based organization, engaged in the manufacturing of Component tools & Gauge, automobile, defence, power process & Steel Industries. We offer quality products and Services of competetive prices to our large client base and help them make suitable choices. Under the mentorship of “Shyam Sunder C. R. (Managing Partner)” we have achieved a unique position in this market.Read More
Since the establishment of the firm, we have built an extremely advanced infrastructure based in bangalore. To have long and flawless functioning of our hi-tech machines we have structured planning. Planned and arranged stages of execution to guarentee streamlined of business foarms. we have appropriate technical and Support teams to carry out our different stage of operations smoothly.
Owing to our sincerity towards work, vast distribution network and client-centric approach, we have been able to attain a commendable position in the market. Some of the following factors, we have attained a reputed status in this domain are as follows:
Productive Tool Engineers is commited to its customers for quality product & Services.
We are backed by experienced technical and dedicated skilled workforce to meet specific requirements of the clients.Read More
“Managed by a team of professionals with technical experience in Engineering design, Product design, Metallurgy, Manufacturing, Testing & Inspection.”
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Our Best Products
we are instrumental in manufacturing Precision Machined Components. These Precision Machined Components are fine finish.
We have carved a niche amongst the most trusted names in this business, engaged in manufacturing comprehensive range of Tools.
A jig grinder is a machine engineering tool used for grinding complex shapes and holes where the highest degrees of accuracy and finish are required.
Turning is a machining process in which a cutting tool, typically a non-rotary tool bit, describes a helix toolpath by moving more or less linearly while the workpiece rotates.
Spark Erosion machining is a method used when machining challenging pieces with intricate detail. The process involves both the workpiece and the tool being connected to a direct current.