By reducing the machining time per clamping and reducing downtime and tool change times, the manufacturing time of the stamping die can be shortened. The safety of modern CNC machining methods, coupled with advanced cutting tools, basically eliminates errors, so whether the delivery cycle of the stamping die can be accepted by the user should be the determining factor.
The new car is very important for today's auto industry, and automakers need to launch new models in less and less time. It is a time-consuming process to manufacture the stamping die necessary to produce a unique body part for a new model. If the stamping die manufacturing time is reduced, it will be easier and faster for the car manufacturer to launch a new model. Stamping die can process sheet metal into automotive body parts such as doors, hoods, fenders, etc. Each stamping die is unique and requires cutting tools that help increase productivity at the highest tolerance levels, and each time the effect All must be the same. Automobile stamping die manufacturers have higher and higher requirements for the production efficiency of stamping dies. Since stamping dies have a large number of processing operations, there is potential for improving processing efficiency. Stamping dies are complex stamping tools that require hard, durable materials for many parts, and the efficient machining of these materials requires the right cutting tools and processes. However, most of the processing operations for the production of stamping dies are only general metal cutting of the basic materials, and a small number of processing operations are more complicated three-dimensional profiling of tool steel and ductile iron. Although both methods have the potential to increase productivity, stamping die manufacturers often ignore general machining. In the past few years, metal cutting capabilities and performance have improved significantly, and many mold shops have reduced processing time and cost.
half. However, even with the most advanced production technology, there is still room for improvement in production, and even processing efficiency can be increased by 20%.
Smooth selection
COROMILL 300
CoroMill 300 is effective for both soft and hard materials when it is necessary to profile tool steel for stamping dies.
machining. Milling cutters with round inserts for smooth face milling and pocket machining in a variety of processes. In addition, CoroMill 300 can also be used for 3D finishing and semi-finishing of blister cast iron punches and substrates.
Maximize effect
COROMILL 365
The new CoroMill 365 is often the most productive choice when face milling of the die holder. Both rough and semi-finish milling for cast iron and steel are reliable because of its high metal removal rate. And high quality results and maximum processing safety.
High efficiency drilling
CORODRILL 880
Stamping die machining often requires many drilling operations, while CoroDrill 880 is suitable for all types of drilling of cast iron, steel and hard steel. The uniquely shaped center insert uses a stepping technique to help smoothly enter the workpiece and balance cutting forces. Compared with the traditional indexable insert drill, the production efficiency can be doubled.
Flexible power
COROMILL 316
Now is the time to reduce the inventory of cutting tools in the mold shop. CoroMill 316 has a new interchangeable head milling system for a wide range of applications from roughing to finishing. This interchangeable head system offers a great deal of flexibility due to the different cutting head design and is suitable for a wide range of applications in stamping die manufacturing.
Square shoulder milling expert
COROMILL 390
The CoroMill 390 is ideal for the manufacture of stamping dies. The CoroMill 390 is a universal face milling cutter for a wide range of shoulder milling. For example, the CoroMill 390 long-edge milling cutter provides maximum productivity when machining a guide sleeve for aligning the upper and lower molds of the stamping die. This long edge milling cutter is also a good choice for roughing of the shear edge.
Promote production efficiency
Blade grade GC1010
The insert grade GC1010 can handle higher cutting speeds when machining hardened steels and is therefore well suited as a blade for hard milling tool steels for stamping dies. It also has excellent edge toughness and better wear resistance, making it ideal for roughing to finishing. With this kind of blade, it will definitely improve production efficiency.
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