Oil-less guide pins for press molds - measures against seizure and grease splatter!
Oilless stripper guide pin
The oil-free specification for the stripper guide pin of press die standard parts has been completed!
The conventional measures to prevent seizing of guide pins for molds are typically on the bushing side. Oil-free guide pins have solid lubricants embedded in the pin body, further reducing seizing issues during mold sliding. This product is recommended for molds where lubricating oil cannot be used or where sliding troubles are occurring.
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basic information
This is a guide pin with a solid lubricant embedded in the oil groove type standard component. By removing the guide bushing, we aim to reduce costs, and by using oil-free bushings in double, we strengthen anti-seizing measures even in environments where oil cannot be used.
Price information
From 570 yen～ Prices vary depending on specifications, diameter, and size. Please feel free to contact us.
Price range
P1
Delivery Time
P3
Applications/Examples of results
Examples: - Reduced the number of parts by only applying wire processing to the stripper plate. - Used oil-less components for both pins and bushes to strengthen seizure prevention measures. - Achieved precision on the pin side by wire processing the die plate without using bushes.
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Company information
Leveraging over 40 years of expertise as a mold component manufacturer, we respond to various requests for standard parts and custom parts for press molds, as well as cam sliders. In terms of standard and custom mold parts, we have established a system that allows for integrated production in-house, from cutting to heat treatment and polishing, along with a rich inventory of materials and a unique management system, enabling us to keep costs down and achieve short delivery times. We are also focusing on research and development, putting effort into the creation of original mold components, embedded solid lubricants like Oil-stick and Oil-stick200 for high-temperature molds, and oil-free sliding pins with solid lubricants embedded in the pins, among other new mold component developments.
