Sliding table type blade cylinder
The ultra-thin cylinder body and precision linear guide rail are integrated into one, the thickness of the body is close to that of the traditional blade cylinder, but it can directly bear the load and partial load moment without external guide rail-it is designed for the working condition with limited space but requiring high precision guidance.
WHAT IS IT
What is a sliding table type blade cylinder
Blade cylinderIt is named after the thin cross-section of the cylinder body such as a blade. It is mainly used for occasions where the axial installation space is strictly limited, such as the internal of the clamp, the dense arrangement of multiple rows, and the pressing of narrow slits.
But the traditional thin cylinder has an inherent short board:Weak anti-biased load capacityOnce the load exists eccentric or lateral force, piston rod and cylinder wall direct friction, will quickly lead to seal wear, action stuck or even leakage. The usual solution in engineering is to hang a set of linear guides-but in this way, the space advantage is gone.
Sliding table type blade cylinderThe solution is to put the precision linear guideBuilt-inTo the inside of the cylinder body: the cylinder body is not only the air chamber, but also the guide rail installation reference; the slider is directly used as the load installation surface. The thickness increase of the whole machine is extremely limited, but it has obtained a complete guiding capacity-load, bending moment and partial load are all borne by the built-in guide rail, and the cylinder is only responsible for providing thrust.
ADVANTAGES
Compared with ordinary thin cylinders, what is the difference?
The following table compares differences based on structural principles for selection reference. The specific value is subject to the specification.
01
Save external guide rail
Rail built-in, no need to purchase, install, debug external linear guide. Save costs, but also save installation space and assembly man-hours.
02
Direct resistance to eccentric load
负载产生的弯矩由导轨承担，活塞杆只承受纯轴向力，从根本上避免偏磨导致的早期失效。
03
Body is still thin
Under the premise of retaining the advantage of the thickness of the blade cylinder, the guiding ability is obtained, and it is suitable for the narrow working conditions such as the inside of the clamp and the dense arrangement of multiple rows.
04
Rigid Grading
Provide 4 guide configurations, from economical guide rod type to cross-ball composite guide, according to actual accuracy requirements, do not pay for excess performance.
| Comparison item | Sliding table type blade cylinder | Ordinary thin cylinder | Slim cylinder external guide rail |
|---|---|---|---|
| Overall thickness | thin | Thinnest | Thicker |
| Anti-eccentric load/anti-bending moment | Strong | Weak, need to avoid lateral force | Strong |
| Installation Work | Low | Low | High (required for parallelism) |
| Total cost | middle | Low | 高（气缸+导轨+装配） |
| Applicable working conditions | Limited space with load/eccentric load | Pure axial push, no lateral force | Plenty of space and high precision |
Objective description: if the working condition isPure axial push, completely no lateral force, The cost of ordinary thin cylinders is lower, and the sliding table type is not necessary. We would rather help you to stop the inappropriate selection than see problems after installation.
KEY SELECTION
How to Choose Among the Four Guidance Methods (This page is the most important)
The guiding method directly determines the cylinder’s precision, rigidity, load capacity, and price. Choosing the wrong guidance method is more critical than selecting the wrong cylinder bore.
| Guidance mode | 结构特点 | 精度等级 | 刚性 | Cost | Applicable working conditions |
|---|---|---|---|---|---|
| Guide rod type | 两根淬火导杆 + 滑动/滚珠衬套，结构最简单 | 一般 | middle | Low | 定位要求不高、节拍慢、预算敏感的推压/挡停 |
| gothic linear guide | 圆弧沟槽（哥德式牙型）两点接触，受力后自动对中，刚性高、摩擦小 | High | High | middle | 主流之选：多工位取放、精密定位、节拍较快的场合 |
| cross ball guide | 滚柱呈 90° 交叉排列，各方向受力均匀，变形量极小 | 很高 | 很高 | 较高 | 高精度检测、微米级重复定位、有倾覆力矩 |
| 交叉滚珠导轨 + 导杆导向 | 复合导向，导杆承担粗导向、交叉滚柱保证最终精度 | Highest | Highest | High | 重载 + 高精度并存，长行程悬臂、大偏载工况 |
选型口诀：先看有没有侧向力/偏载 → 没有就导杆式省钱； 有偏载就上哥德式；要求微米级或有倾覆力矩，选交叉滚柱； 又是重载又是高精度，才需要复合导向。
PRODUCTS
热销型号推荐
以下为常备库存型号，覆盖四种导向方式。每张卡片可直达该型号的详细参数与图纸下载。
| General Specification Items | Description | General Specification Items | Description |
|---|---|---|---|
| 使用流体 | 洁净压缩空气 | Surface treatment | cylinder block semi-hard oxidation |
| Bore range | 可定制 | Repeatability positioning accuracy | 可定制 |
| 标准行程 | 可定制 | 允许负载 | 可定制 |
| 使用压力范围 | 可定制 | 允许弯矩 | 可定制 |
| 使用速度范围 | 可定制/s | 使用温度范围 | 可定制℃ |
| 缓冲形式 | 可定制 | 接口螺纹 / 润滑 | 可定制 |
详细参数参考具体型号页面
MODEL LIST
标准型号一览
下表型号与导向方式来自产品中心实际数据。详细参数参考具体型号页面。
| Serial Number | 品名 | Guidance mode | Thickness | Itinerary | Cylinder bore | Surface treatment | 运动方式 | 3D模型下载 | View Details |
|---|---|---|---|---|---|---|---|---|---|
| 1 | XD 0806-L-S | Guide rod type | 8 | 10/15/20 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 2 | XD 0806C-L-S | gothic linear guide | 8 | 10/15/20 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 3 | XD 0806B-L-S | gothic linear guide | 8 | 10/15/20 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 4 | XD 7.706A-L-S | cross ball guide | 7.7 | 10/15 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 5 | XD 0806A-L | gothic linear guide | 8 | 15/20/30 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 6 | XD 7.706B-L-S | Cross ball guide guide guide | 7.7 | 15/20/30 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 7 | XD 0806-L | gothic linear guide | 8 | 10/15/20 | 6 | semi-hard oxidation | 复动 | 3D model | View Details |
| 8 | XD 1008-L-S | gothic linear guide | 10 | 15/20 | 8 | semi-hard oxidation | 复动 | 3D model | View Details |
| 9 | XD 1008-50-S | gothic linear guide | 10 | 50 | 8 | semi-hard oxidation | 复动 | 3D model | View Details |
| 10 | XD 1008-L-C | gothic linear guide | 10 | 15/20 | 8 | semi-hard oxidation | 复动 | 3D model | View Details |
| 11 | XD 1008-l-c-g | gothic linear guide | 10 | 15/20/30 | 8 | semi-hard oxidation | 复动 | 3D model | View Details |
| 12 | XD 6.505-L10-S | gothic linear guide | 6.5 | 10 | 5 | semi-hard oxidation | 复动 | 3D model | View Details |
| 13 | XD 1008-50-C | gothic linear guide | 10 | 50 | 8 | semi-hard oxidation | 复动 | 3D model | View Details |
型号命名规则参考具体型号页面
HOW TO SELECT
The Four-Step Selection Method
Please provide the operating condition parameters; we can assist with model confirmation and drawing verification.
-
算推力，并留出余量
先算清实际需要的推力（工件重量 + 摩擦力 + 加速度力），再除以工作压力下的理论输出力。
所需推力 F = (工件重力 + 摩擦力 + 加速力) × 安全系数（建议 1.5～2）气动系统压力波动常见，不要按满压计算。若实际供气压力偏低，务必按最低压力校核。
-
判断有没有侧向力或偏载
这是决定导向方式的关键一步。
- 纯轴向推压、无侧向力 → 导杆式即可
- 有偏心负载、悬臂安装 → 至少哥德式直线导轨
- 有倾覆力矩、要求微米级重复定位 → 交叉滚珠导轨
- 重载 + 高精度并存 → 交叉滚珠 + 导杆复合导向
-
确认尺寸约束
核对三点：轴向可用厚度、行程需求、滑块安装孔位是否与现有治具匹配。
注意：行程越长，悬臂工况下的弯矩越大。若行程接近上限且负载偏心明显，建议上调一档导向配置。
-
确认工况与环境
节拍（是否需缓冲）、气源洁净度、环境温度、是否有粉尘/切削液、是否需要感应开关反馈。
这些直接决定是否要选缓冲型、特殊密封、防护罩或加装磁性开关。
APPLICATIONS
Typical Application Scenarios
以下为刀片气缸常见应用方向。每个场景建议配 1 张实拍或示意图片。
3C 与半导体
- 手机壳、中框多工位取放
- 芯片 tray 盘转接与上料
- 屏幕贴合对位与保压
- 引线框架精密推压
锂电与新能源
- 电芯分选与移载
- 电池极片分切压合
- 模组堆叠定位
- 多列密集排布夹持
夹治具内部
- 治具内部空间受限推压
- 窄缝夹持与顶出
- 多工位同步压紧
- 定位挡停与分料
精密测量
- 影像仪、投影仪载物台驱动
- 工具显微镜、对刀仪进给
- 多探针同步定位
- 检测工位上下料
医疗与包装
- 医疗耗材组装推压
- 试剂盒分选移载
- 包装机封口压合
- 贴标与打码定位
科研与自动化产线
- 实验装置精密进给
- 科研院所非标定制
- 通用自动化组装线
- 机械手末端执行
注意：没做过的行业不要写。写上去却没有对应案例，一旦被客户追问反而失分。 先做你真正交付过的 3～4 个行业，做深比做广有效。
FAQ
FAQ
刀片气缸能承受侧向力吗？
普通薄型气缸不建议承受侧向力，长期偏载会导致活塞杆与缸壁偏磨、密封件早期失效、动作卡滞。
滑台型刀片气缸通过内置直线导轨承担侧向力与弯矩，活塞杆只承受纯轴向推力，因此可以在有偏载的工况下使用。
但请注意：每种导向方式都有其允许负载与允许弯矩上限，选型时需核对参数表，
超出允许弯矩范围仍需外加独立导轨支撑。
和变距模组应该怎么搭配？
两者是配合关系而非替代关系：变距模组负责改变各工位之间的间距，刀片气缸负责工位上的取放/推压动作。
典型组合是「变距模组 + 多个刀片气缸 + 真空吸具」。
我们提供刀片气缸专用变距模组（XD 5355C、XD 685C、XD 8577C），已预留安装接口，可直接配套，
省去自行设计转接板的工作量。详见 变距模组产品页。
四种导向方式的精度差异有多大？
精度与刚性从低到高依次为：导杆式 → 哥德式直线导轨 → 交叉式滚珠导轨 → 交叉滚珠+导杆复合导向。
具体重复定位精度数值请参照各型号规格书，或联系技术部门索取实测数据。
选型时不必盲目追求最高精度——精度等级每上一档，成本显著上升，
按实际需求选型是最经济的做法。
支持非标定制吗？周期多久？
支持。常见定制项包括：特殊行程、特殊安装孔位、特殊密封材质（耐高温/耐化学腐蚀）、
加装感应开关、特殊进气方向、不锈钢本体等。
定制周期取决于改动幅度，请提供工况参数与图纸，我们会给出具体交期。
型号后缀 -S / -C / -G 代表什么？
无 "S" 后缀即为无磁版本。示例：XD 806-10/15/20-S。 型号命名规则请参考具体型号介绍页面。
可以配磁性开关吗？灵敏度怎么保证？
可定制
请确认：哪些型号标配磁性开关槽、哪些需要选配、可选型号（如 D-C73 / D-Z73 等）、
安装位置与调整方法。建议配一张安装示意图。
气缸需要润滑吗？气源有什么要求？
可定制
请说明：是否为免给油设计、推荐使用油雾器与否、气源过滤精度要求（一般建议 5μm 以下）、
是否需要干燥处理。这些直接影响使用寿命，是客户关心的高频问题。
Need help with selection?
Please provide the operating condition parameters, and we will assist you with model confirmation and drawing verification.
Download the Selection Guide (PDF) Submit operating condition parameters Phone consultation: 13686286625