|Type Of Die:||Progressive Die||Inspection Machine:||Projector|
|Mould Life:||900000 Strokes||Press Force:||45Ton|
|Tolerance:||±0.05mm||Main Tooling Material:||SKD11|
sheet metal components,
sheet metal parts,
Complex Process Sheet Metal Component
Complex process stamping wire line and bend forming line for electronic components
A: The min. pitch: 0.5mm
B: Highest stamping speed: 600SPM/min or more
C: Precision: ±0.003mm
D: Rate of hole diameter and thickness 0.85:1
E: Stamping material thickness:0.05-2.0mm
F: zero or less loss of material use.
Compound Die Stamping is the process where the die separates or blanks the part from a steel strip in one stroke. A Compound Die will perform multiple cuts or punches in one stroke, as compared to multiple strokes. This is a very cost effective method for stamping medium to high volume parts while keeping labor and die costs down. Compound Dies are often used to stamp simpler flat parts such as washers.
Here at METS Precision-Tool it’s our goal to design and build our Compound Dies to exceed 100 strokes per minute to support high volume production. We can achieve this by building in sensors and other accessories to protect the die from damage. Cycle time is always kept in mind when designing and building our Compound Die tooling. We can build the die to stamp the part at the accuracy you need.
Parts are produced when the feed system pushes (strip or coil stock) of raw material into the Compound Die; at each stroke or cycle a finished flat part will blanked or released from the raw material. The feed rate of the material is determined by the size of the part. Larger parts need more time to exit the die, where smaller parts exit quicker allowing for faster run times. Typically, compound dies do not require a cut-off station because the parts are blanked through from the strip, but many times is added to help manage scrap material. Finished parts will be removed from the die by a knock-out and will fall onto a chute or slider where they flow into the collection bin. The scrap will exit the die in strip form or in piece form depending on if you’ve included a scrap cut-off station. Scrap can be collected in bins or hoppers on the exit end of the die
|General Capabilities||Design Modeling 2D, 3D,processing,assembling||Die Location Technical Support||Inspection|
|Detail Tooling Documentation||DFMEA/PFMEA||Quick Building Prototypes|
|Die Types||Forming Dies||Precision Progressive Stamping Dies||Secondary Dies|
|High Speed Steel Stamping Dies||Precision Blanking Dies||Forming Die|
|Tooling Life||50 Million to 1000 Million Times|
|Die Concept||2-Plate Die||3-Plate Die||Module Die|
|Production Equipment||CNC||SODICK Nice Surface EDM||P/G|
|Drill||SODICK Wire Cutting Machine||J/G|
|Milling Machine||WAIDA Profile Grinder Machine|
|Stamping Product||Custom Stamping||SIM shrapnel||Spring clip|
|Battery shrapnel||Shield Drawing||Press-Fit Terminal|
|Lead Frame||Power Contact Terminal||PC Terminal parts|
|Additional Services Provided||Custom Packing||Packaging||Heat Treat|
|Delivery||3-5 Week||3-6 Week||4-7 Week|
To get quick response, please contact us by mail directly
Q: How can I get quotation quickly
A: Please send your inquiry and technical details to email email@example.com Our sales Consultand will contact you in 24hrs on business time.
Q: How can I get technical support from you when we are designing a new product?
A: Please feel free to contact with the same email .There will be an exclusive engineer available for you.
Q: How can I contact you when I have some suggestion about your products or service?
A: Please feel free to contact email or phone.We will follow on your suggestion and try our best to make you satisfied.
We accept your any request on shipment.By air, by sea,and by Express are acceptable.
|By Express||By Air||By Sea|
|West Europe||3-5 days||4-6 days||22-30days|
|USA &Canada||3-4days||5-6 days||16-27days|
|South Asia||3-5 days||3-7 days||12-20 days|
|Japan&South Korea||2-3 days||3-4 days||10-13 days|
Stamping die shows:
Contact Person: kelly