SMC紧凑双联气缸

根据工作所需力的大小来确定活塞杆上的推力和拉力。由此来选择气缸时应使气缸的输出力稍有余量。若缸径选小了，输出力不够，气缸不能正常工作；但缸径过大，不仅使设备笨重、成本高，同时耗气量增大，造成能源浪费。在夹具设计时，应尽量采用增力机构，以减少气缸的尺寸。

SMC紧凑双联气缸

CXSJ10-PS
CXSJ6-PS
CXSJL10-10
CXSJL10-110XB11
CXSJL10-120XB11
CXSJL10-150XB11
CXSJL10-20
CXSJL10-30
CXSJL10-40
CXSJL10-40-M9BL
CXSJL10-50
CXSJL10-75
CXSJL10-75-A93L
CXSJL10-75-M9BL
CXSJL109120XB11
CXSJL10P110XB11
CXSJL10P120XB11
CXSJL10P-20
CXSJL10P-30
CXSJL10-PS
CXSJL15-10
CXSJL15-100
CXSJL15-20
CXSJL15-30
CXSJL15-40
CXSJL15-50
CXSJL15-75
CXSJL20-10
CXSJL20-100
CXSJL20-20
CXSJL20-25
CXSJL20-30
CXSJL20-40
CXSJL20-50
CXSJL20-75
CXSJL25-10
CXSJL25-100
CXSJL25-20
CXSJL25-30
CXSJL25-40
CXSJL25-50
CXSJL25-75
CXSJL32-10
CXSJL32-100
CXSJL32-20
CXSJL32-30
CXSJL32-40
CXSJL32-50
CXSJL32-75
CXSJL6-10
CXSJL6-20
CXSJL6-30
CXSJL6-40
CXSJL6-40-M9NL
CXSJL6-50
CXSJL6P-10
CXSJL6P-50
CXSJM10-10
CXSJM10-120XB11
CXSJM10-15-XC19
CXSJM10-20
CXSJM10-20-XB6
CXSJM10-30
CXSJM10-40
CXSJM10-40M9BWL
CXSJM10-50
CXSJM10-75
CXSJM10-75-A93L
CXSJM10-75M9BWL
CXSJM10-90-XB11
CXSJM10P-10
CXSJM10P100XB11
CXSJM10P-20
CXSJM10P-20-M9B
CXSJM10P-20M9BL
CXSJM10P-30
CXSJM10P-40
CXSJM10P-50
CXSJM10P-75
CXSJM15-10
CXSJM15-100
CXSJM15-20
CXSJM15-30
CXSJM15-40
CXSJM15-50
CXSJM15-75
CXSJM20-10
CXSJM20-100
CXSJM20-20
CXSJM20-30
CXSJM20-40
CXSJM20-50
CXSJM20-75
CXSJM25-10
CXSJM25-100
CXSJM25-20
CXSJM25-30
CXSJM25-40
CXSJM25-50
CXSJM25-75
CXSJM32-10
CXSJM32-100
CXSJM32-20
CXSJM32-30
CXSJM32-40
CXSJM32-50
CXSJM32-75
CXSJM32TN-100
CXSJM6-10
CXSJM6-10-A93LS
CXSJM6-10-M9NL
CXSJM6-15-XC19
CXSJM6-20
CXSJM6-20-A93LS
CXSJM6-20-M9BL
CXSJM6-30
CXSJM6-40
CXSJM6-50
CXSJM6-50-XB6
CXSJM6P-10
CXSJM6P-20
CXSJM6P-30
CXSJM6P-50
CXSJM6-PS