MM2-50-Black
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| 部件编号 | MM2-50-Black |
品牌: 养贞 ![]() |
型号对照: KALLER |
| 测量系统 | 英制 |
| 最短长度 | 3.62" |
| 行程长度 | 1.97" |
| 总长度 | 5.59" |
| 全行程末端力 | 695 lbf |
| 按温度增加的力 | 0.17 °F |
| 气体体积 | 0.000670979 cuf |
| 最大压力下的初始力 | 450 lbf |
| 最大充气压力 | 2610 psi |
| 活塞杆最大速度 | 314.96 ft/min |
| 最高 最高工作温度 | 176 F |
| 最小充气压力 | 362 psi |
| 最低 最低工作温度 | 32 F |
| 建议每分钟最大冲程 | ~80-100 |
| 重量 | 0.484 lb |
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Design Features of MM2-50-Black Spring
MM2-50-Black Spring are designed for compact tooling applications, offering versatile force levels to match different die and production requirements. They support high-frequency operation with rapid strokes per minute and are available in both threaded and non-threaded cylinder options for flexible mounting. Constructed from durable alloy steel with advanced internal design, M series springs provide consistent force across repeated cycles while minimizing wear, ensuring long-term reliability and low maintenance in high-speed, space-constrained tooling environments.
What Benefits Can MM2-50-Black Spring Provide?
- Offer versatile force levels to suit a wide range of tooling requirements
- Support high-frequency, rapid-stroke operation for efficient production
- Flexible mounting with threaded or non-threaded cylinder options
- Deliver consistent and stable force throughout repeated cycles
- Compact design enables use in space-constrained tooling applications
- Durable construction ensures long service life and reliability
- Require minimal maintenance due to robust materials and advanced sealing
What Can MM2-50-Black Spring Be Used for?
- Used in small stamping and forming dies where space is limited
- Applied in high-speed operations requiring rapid, repeated strokes
- Integrated into progressive and transfer dies for lifting, cushioning, or stripping
- Employed in blank holders, die cushions, and pad systems to improve forming quality
- Replace conventional coil springs in compact press tools
- Suitable for high-cycle production environments demanding reliable, repeatable force
- Ideal for automation and compact tooling systems requiring precise, high-frequency motion





