1. Carbide punches are extraordinarily strong.
As one of the hardest materials in existence, tungsten carbide is twice as hard as steel.
As you can imagine, this makes carbide highly desirable in precision machining applications. It’s rigid, strong and resistant to wear, translating to greater control over the punch and fewer replacements.
Carbide Punching Stamping
2. Carbide punches have a surprisingly long lifespan.
Compared to steel, tungsten carbide lasts for a greater span of time. As a result, carbide punches need to be replaced less frequently than their steel counterparts. So while steel might seem like the most cost-effective choice, the need for constant replacements offsets any upfront savings and makes them the more expensive choice in the long run.
3. Carbide punches boost productivity.
Every time a replacement is needed, not only do your maintenance costs go up, but productivity takes a serious hit. In order to improve productivity – which equates to increased profits – you need reliable wear parts that can hold up to the demands of your precision machinery.
That’s where tungsten carbide punches come in. Because of their rigidity and unparalleled strength, wear parts made from carbide have a long lifespan, effectively minimizing downtime, and as a result, the time spent servicing your equipment.
Zund Punching Tools
Atom Punching Tools
Teseo Punching Tools
Elitron Punching Tools
Comelz Punching Tools
Lectra Punching Tools
Aristo Punching Tools
Newlast Punching Tools
Emma Punching Tools
Gerber Punching Tools
iEcho punching tool
SHARE：
PREV : Jwei Iecho Aol Ruk Ruizhou Cnc Cutting Machine Flatbed Digital Cutting System Tools NEXT : Lắp đặt và Điều Lưỡi dao Cắt JWEI AOL IECHO AOKE COMELZ ZUND RuiZhou
