德国ZIMMER/SOMMER 索玛 工业缓冲器 POWERSTOP
产品系列概览
MINI ENERGY – 微型
如果是在微小区域内进行精确缓冲，Mini Energy 可实现超高能量吸收。该系列安装在气缸中，可节省大量空间。
产品优势
在极小的结构空间内实现卓越的性能
内置储油腔
导向长度延长
STANDARD ENERGY – D经济适用型
标准缓冲器中的佼佼者。具有标准能量吸收效果，同时缓冲性能优异。基于上述特性，Standard Energy 系列无疑是一款性价比出众的产品。
德国ZIMMER/SOMMER 索玛 ZIMMER
1）2指平行夹爪：MGP800系列、GP系列、GP400系列、GP200系列、GPP5000系列、 GPP1000系列
2）2指长行程平行夹爪：MGH8000系列、GH6000系列、GH7000系列
3）3心夹爪：MGP800系列、GD300系列、GPD5000系列
4）3指长行程定心夹爪：GD500系列
5）2指张角夹爪：GZ1000系列、MGW800系列、 GG1000系列、 GK系列、GG4000系列
6）特殊夹爪：ST系列、SCH系列、GS系列、GSI系列、HM1000系列
ZIMMER AUTOMATION总部位于德国，成立于1958年，主要设计生产液位控制器和阀门的系列产品，现已经成为许多厂商的合作伙伴。
厦门圣企机电设备有限公司是一家欧洲工业供应商。
产品优势
性价比出众
采用螺旋槽技术，缓冲平稳
反作用力极低
HIGH ENERGY – 功率强劲型
高端缓冲器，可满足最高要求。High Energy 采用螺旋槽技术并搭载压力套和储油腔，其工作寿命超过其他市售产品，同时能量吸收量极高。此外，空间需求极小。
产品优势
满足最高要求，同时能量吸收效果绝佳
内置储油腔
经硬化和抛光的导轨
超过市售产品的工作寿命
ADJUSTABLE ENERGY – 可调型
能够超越高端系列吗 完全可以，我们的全新可调产品系列能够在整个行程范围内进行灵敏调节，并实现极佳的能量吸收效果。从而减少力，并使缓冲更平缓。
产品优势
可在整个行程范围内灵活调节缓冲
反作用力降低 - 产品结构承受的负荷更低
满足最高要求，同时能量吸收效果绝佳
经硬化和抛光的导轨
系列
以最高产品质量满足超常的应用要求和负荷
通过各个活塞位置上的最佳负荷系数实现高能量吸收
通过逐渐变细的螺旋槽实现振动最小化以及精确制动
凭借流体静力活塞导向实现磨损最小化
高运行安全性和可靠性
通过采用不锈钢材料确保防锈蚀能力
针对客户定制的解决方案进行个性化设计
订单号系列螺纹连续运作时每行程最大能量吸收
PME04X05NHDD-BMini EnergyM40.8 [J]
PME04X05NHDS-BMini EnergyM40.8 [J]
PME04X05NHAD-BMini EnergyM40.8 [J]
PME04X05NHAS-BMini EnergyM40.8 [J]
PME04X05NMDD-BMini EnergyM40.8 [J]
PME04X05NMDS-BMini EnergyM40.8 [J]
PME04X05NMAD-BMini EnergyM40.8 [J]
PME04X05NMAS-BMini EnergyM40.8 [J]
PME05X05NHDS-BMini EnergyM50.8 [J]
PME05X05NHAD-BMini EnergyM50.8 [J]
PME05X05NHAS-BMini EnergyM50.8 [J]
PME05X05NMDD-BMini EnergyM50.8 [J]
PME05X05NMDS-BMini EnergyM50.8 [J]
PME05X05NMAD-BMini EnergyM50.8 [J]
PME05X05NMAS-BMini EnergyM50.8 [J]
PME06X05NHDD-AMini EnergyM61.8 [J]
PME06X05NHDS-AMini EnergyM61.8 [J]
PME06X05NHAD-AMini EnergyM61.8 [J]
PME06X05NHAS-AMini EnergyM61.8 [J]
PME06X05NMDD-AMini EnergyM61.8 [J]
PME06X05NMDS-AMini EnergyM61.8 [J]
PME06X05NMAD-AMini EnergyM61.8 [J]
PME06X05NMAS-AMini EnergyM61.8 [J]
PME06X05NSDD-AMini EnergyM61.8 [J]
PME06X05NSDS-AMini EnergyM61.8 [J]
PME06X05NSAD-AMini EnergyM61.8 [J]
PME06X05NSAS-AMini EnergyM61.8 [J]
PSE08X10NHDD-AStandard EnergyM81.5 [J]
PSE08X10NHDS-AStandard EnergyM81.5 [J]
PSE08X10NHDK-AStandard EnergyM81.5 [J]
PSE08X10NHAD-AStandard EnergyM81.5 [J]
PSE08X10NHAS-AStandard EnergyM81.5 [J]
PSE08X10NHAK-AStandard EnergyM81.5 [J]
PSE08X10NHFD-AStandard EnergyM81.5 [J]
PSE08X10NHFS-AStandard EnergyM81.5 [J]
PSE08X10NHFK-AStandard EnergyM81.5 [J]
PSE08X10NHBS-AStandard EnergyM81.5 [J]
PSE08X10NHBK-AStandard EnergyM81.5 [J]
PSE08X10NMDD-AStandard EnergyM81.5 [J]
PSE08X10NMDS-AStandard EnergyM81.5 [J]
PSE08X10NMDK-AStandard EnergyM81.5 [J]
PSE08X10NMAD-AStandard EnergyM81.5 [J]
PSE08X10NMAS-AStandard EnergyM81.5 [J]
PSE08X10NMAK-AStandard EnergyM81.5 [J]
PSE08X10NMFD-AStandard EnergyM81.5 [J]
PSE08X10NMFS-AStandard EnergyM81.5 [J]
PSE08X10NMFK-AStandard EnergyM81.5 [J]
PSE08X10NMBS-AStandard EnergyM81.5 [J]
PSE08X10NMBK-AStandard EnergyM81.5 [J]
PSE08X10NSDD-AStandard EnergyM81.5 [J]
PSE08X10NSDS-AStandard EnergyM81.5 [J]
PSE08X10NSDK-AStandard EnergyM81.5 [J]
PSE08X10NSAD-AStandard EnergyM81.5 [J]
PSE08X10NSAS-AStandard EnergyM81.5 [J]
PSE08X10NSAK-AStandard EnergyM81.5 [J]
PSE08X10NSFD-AStandard EnergyM81.5 [J]
PSE08X10NSFS-AStandard EnergyM81.5 [J]
PSE08X10NSFK-AStandard EnergyM81.5 [J]
PSE08X10NSBS-AStandard EnergyM81.5 [J]
PSE08X10NSBK-AStandard EnergyM81.5 [J]
PSE08X10NWDD-AStandard EnergyM81.5 [J]
PSE08X10NWDS-AStandard EnergyM81.5 [J]
PSE08X10NWDK-AStandard EnergyM81.5 [J]
PSE08X10NWAD-AStandard EnergyM81.5 [J]
PSE08X10NWAS-AStandard EnergyM81.5 [J]
PSE08X10NWAK-AStandard EnergyM81.5 [J]
PSE08X10NWFD-AStandard EnergyM81.5 [J]
PSE08X10NWFS-AStandard EnergyM81.5 [J]
PSE08X10NWFK-AStandard EnergyM81.5 [J]
PSE08X10NWBS-AStandard EnergyM81.5 [J]
PSE08X10NWBK-AStandard EnergyM81.5 [J]
PHE08X10NHDD-AHigh EnergyM84 [J]
PHE08X10NHDS-AHigh EnergyM84 [J]
PHE08X10NHDK-AHigh EnergyM84 [J]
PHE08X10NHAD-AHigh EnergyM84 [J]
PHE08X10NHAS-AHigh EnergyM84 [J]
PHE08X10NHAK-AHigh EnergyM84 [J]
PHE08X10NHFD-AHigh EnergyM84 [J]
PHE08X10NHFS-AHigh EnergyM84 [J]
PHE08X10NHFK-AHigh EnergyM84 [J]
PHE08X10NHBS-AHigh EnergyM84 [J]
PHE08X10NHBK-AHigh EnergyM84 [J]
PHE08X10NMDD-AHigh EnergyM84 [J]
PHE08X10NMDS-AHigh EnergyM84 [J]
PHE08X10NMDK-AHigh EnergyM84 [J]
PHE08X10NMAD-AHigh EnergyM84 [J]
PHE08X10NMAS-AHigh EnergyM84 [J]
PHE08X10NMAK-AHigh EnergyM84 [J]
PHE08X10NMFD-AHigh EnergyM84 [J]
PHE08X10NMFS-AHigh EnergyM84 [J]
PHE08X10NMFK-AHigh EnergyM84 [J]
PHE08X10NMBS-AHigh EnergyM84 [J]
PHE08X10NMBK-AHigh EnergyM84 [J]
PHE08X10NSDD-AHigh EnergyM83.5 [J]
PHE08X10NSDS-AHigh EnergyM83.5 [J]
PHE08X10NSDK-AHigh EnergyM83.5 [J]
PHE08X10NSAD-AHigh EnergyM83.5 [J]
PHE08X10NSAS-AHigh EnergyM83.5 [J]
PHE08X10NSAK-AHigh EnergyM83.5 [J]
PHE08X10NSFD-AHigh EnergyM83.5 [J]
PHE08X10NSFS-AHigh EnergyM83.5 [J]
PHE08X10NSFK-AHigh EnergyM83.5 [J]
PHE08X10NSBS-AHigh EnergyM83.5 [J]
PHE08X10NSBK-AHigh EnergyM83.5 [J]
PHE08X10NWDD-AHigh EnergyM83.5 [J]
PHE08X10NWDS-AHigh EnergyM83.5 [J]
PHE08X10NWDK-AHigh EnergyM83.5 [J]
PHE08X10NWAD-AHigh EnergyM83.5 [J]
PHE08X10NWAS-AHigh EnergyM83.5 [J]
PHE08X10NWAK-AHigh EnergyM83.5 [J]
PHE08X10NWFD-AHigh EnergyM83.5 [J]
PHE08X10NWFS-AHigh EnergyM83.5 [J]
PHE08X10NWFK-AHigh EnergyM83.5 [J]
PHE08X10NWBS-AHigh EnergyM83.5 [J]
PHE08X10NWBK-AHigh EnergyM83.5 [J]
PAE08X10NHDD-AAdjustable EnergyM84 [J]
PAE08X10NHDS-AAdjustable EnergyM84 [J]
PAE08X10NHDK-AAdjustable EnergyM84 [J]
PAE08X10NHAD-AAdjustable EnergyM84 [J]
PAE08X10NHAS-AAdjustable EnergyM84 [J]
PAE08X10NHAK-AAdjustable EnergyM84 [J]
PAE08X10NHFD-AAdjustable EnergyM84 [J]
PAE08X10NHFS-AAdjustable EnergyM84 [J]
PAE08X10NHFK-AAdjustable EnergyM84 [J]
PAE08X10NHBS-AAdjustable EnergyM84 [J]
PAE08X10NHBK-AAdjustable EnergyM84 [J]
PSE10x10NHDD-AStandard EnergyM103 [J]
PSE10x10NHDS-AStandard EnergyM103 [J]
PSE10x10NHDK-AStandard EnergyM103 [J]
PSE10x10NHAD-AStandard EnergyM103 [J]
PSE10x10NHAS-AStandard EnergyM103 [J]
PSE10x10NHAK-AStandard EnergyM103 [J]
PSE10x10NHFD-AStandard EnergyM103 [J]
PSE10x10NHFS-AStandard EnergyM103 [J]
PSE10x10NHFK-AStandard EnergyM103 [J]
PSE10x10NHBS-AStandard EnergyM103 [J]
PSE10x10NHBK-AStandard EnergyM103 [J]
PSE10x10NMDD-AStandard EnergyM103 [J]
PSE10x10NMDS-AStandard EnergyM103 [J]
PSE10x10NMDK-AStandard EnergyM103 [J]
PSE10x10NMAD-AStandard EnergyM103 [J]
PSE10x10NMAS-AStandard EnergyM103 [J]
PSE10x10NMAK-AStandard EnergyM103 [J]
PSE10x10NMFD-AStandard EnergyM103 [J]
PSE10x10NMFS-AStandard EnergyM103 [J]
PSE10x10NMFK-AStandard EnergyM103 [J]
PSE10x10NMBS-AStandard EnergyM103 [J]
PSE10x10NMBK-AStandard EnergyM103 [J]
PSE10x10NSDD-AStandard EnergyM103 [J]
PSE10x10NSDS-AStandard EnergyM103 [J]
PSE10x10NSDK-AStandard EnergyM103 [J]
PSE10x10NSAD-AStandard EnergyM103 [J]
PSE10x10NSAS-AStandard EnergyM103 [J]
PSE10x10NSAK-AStandard EnergyM103 [J]
PSE10x10NSFD-AStandard EnergyM103 [J]
PSE10x10NSFS-AStandard EnergyM103 [J]
PSE10x10NSFK-AStandard EnergyM103 [J]
PSE10x10NSBS-AStandard EnergyM103 [J]
PSE10x10NSBK-AStandard EnergyM103 [J]
PSE10x10NWDD-AStandard EnergyM103 [J]
PSE10x10NWDS-AStandard EnergyM103 [J]
PSE10x10NWDK-AStandard EnergyM103 [J]
PSE10x10NWAD-AStandard EnergyM103 [J]
PSE10x10NWAS-AStandard EnergyM103 [J]
PSE10x10NWAK-AStandard EnergyM103 [J]
PSE10x10NWFD-AStandard EnergyM103 [J]
PSE10x10NWFS-AStandard EnergyM103 [J]
PSE10x10NWFK-AStandard EnergyM103 [J]
PSE10x10NWBS-AStandard EnergyM103 [J]
PSE10x10NWBK-AStandard EnergyM103 [J]
本文主要围绕【工业缓冲器】的产品服务特点进行详细介绍，通过对《SOMMER缓冲器PSE08X10NHAD-A》全方位的分析概要描述，以诚信为本合作共赢的理念打造更值得信赖的品牌！
