Mitutoyo三丰聚焦单元A B 378-705 378-706

 ■聚焦单元A·B

 用于VMU的手动聚焦。 在简易支架上安装A时， 简易支架的工作台中央与光轴一致， 转塔方向可360度自由设置

 图片：在VMU-V上安装的示例(聚焦单元A) (物镜为选件)

 名称 聚焦单元A 聚焦单元B (薄型) 货号 378-705 378-706 总移动范围 50mm 手柄移动量 粗调：3.8mm/圈 微调：0.1mm/圈 镜筒部大承重 约17.4kg 约17.7kg 重量 2.9kg 2.7kg

视频显微镜单元

VMU ····················································································································································

5

大视场视频显微镜单元

WIDE VMU ······························································································································

·

9

精密显微镜单元

FS70 ··················································································································································· 13

明视场用物镜

(长工作距离

)

M Plan Apo/M Plan Apo HR ································································· 17

明视场用物镜

(超长工作距离

)

M Plan Apo SL ··············································································································· 19

明视场用物镜

(玻璃厚度校正)

G Plan Apo ··························································································································· 20

明暗视场物镜

(长工作距离)

BD Plan Apo/BD Plan Apo HR ··························································· 21

明暗视场物镜

(超长工作距离

)

BD Plan Apo SL ············································································································ 22

明视场用物镜

(近红外区

)

M Plan Apo NIR/M Plan Apo NIR HR,

M Plan Apo NIR B ···································································································· 23

明视场用物镜

(液晶玻璃厚度校正 近红外区

)

LCD Plan Apo NIR/LCD Plan Apo NIR HR ······················ 24

明视场用物镜

(近紫外区

)

M Plan Apo NUV/M Plan Apo NUV HR ···························· 25

明视场用物镜

(液晶玻璃厚度校正 近紫外区

)

LCD Plan Apo NUV/LCD Plan Apo NUV HR ·············· 26

明视场用物镜

(紫外区

)

M Plan UV ······························································································································ 27

明视场用物镜

(液晶紫外区

)

LCD Plan UV ······················································································································· 27

成像

(镜筒

)透镜

MT ························································································································································ 28

测量显微镜用物镜

ML ························································································································································ 29

定心显微镜用物镜

CF ··························································································································································· 30

大视场目镜

/分划板

WF/UWF ···································································································································· 31

各种显微镜选件

支架、工作台、照明装置 ···················································································· 32

外形尺寸

(VMU/WIDE VMU/FS70

) ·································································· 33

解说：接口螺纹标准

　　 三丰物镜的光学特性 ················································································· 35

解说：激光的使用方法和注意事项 ························································· 36

紧凑、轻巧的相机观察显微镜

　适用于金属、树脂、印刷表面、微小运动物体等各种观察对象。

·适用于使用YAG激光(近红外、可见、近紫外、紫外)的微细加工※ ※不保证激光振荡器配备系统的综合性能和安全性。

　半导体电路的切割、修整、修正、打标、薄膜(绝缘膜)的去除和加工、液晶彩色滤光片等的修复(修正缺陷)等。

·适用于红外光学系统※

　硅类的内部观察、红外光谱特征分析等?！硇韬焱夤庠春秃焱馍阆窕取?/span>

·反射照明光学系统标配带孔径光阑远心照明

需要均匀照明的图像处理。可用于尺寸测量、形状检查、定位等。

·VMU-LB和VMU-L4B强化了显微镜主体的刚性和综合性能(与以往产品相比)

·除标准规格外，还可按照需求设计制作双相机、双倍率(低倍率、高倍率)等产品