A compact 15-model FT and DE electric cylinder platform covering 2-12 mm stroke, 20-600 N force, RS485 communication, slot-die adjustment, T-block control, precision fixtures, and robotic finger or thumb actuation.
FT direct and folded models target slot-die coating adjustment, die-head gap trimming, T-block control, semiconductor tooling, precision fixtures, and compact automation axes where repeatable short-stroke electric motion is preferred over manual or pneumatic adjustment.
DE finger and thumb models target dexterous robotic hands, anthropomorphic grippers, fingertip mechanisms, and compact end effectors where designers must balance force, sensing space, cable routing, heat, and low moving mass.
Use the table as a quick routing layer before comparing individual models. It separates coating adjustment, compact precision motion, and robotic hand design by the constraints buyers usually check first: stroke, force, envelope, communication, and installation limits.
| Selection Path | Best-Fit Search Intent | Engineering Notes |
|---|---|---|
| 2 mm FT stroke | Fine coating die-head trimming, lower-layer T-block adjustment, compact fixture correction | Best when travel is small and repeatability matters more than long motion range. |
| 12 mm FT stroke | Coating head setup range, compact precision push-pull motion, machine commissioning adjustment | Use when the axis needs more installation tolerance or a wider adjustment window. |
| DE finger models | Anthropomorphic fingers, fingertip mechanisms, compact end-effector joints | Use when the hand needs a slim linear actuator for finger flexion or contact-aware motion. |
| DE thumb models | Thumb opposition, pinch mechanisms, compact robotic hand modules | Use when the thumb needs higher force or a dedicated short-stroke drive. |
| RS485 integration | Multi-axis compact machines, robotic hands, laboratory automation, precision equipment | Useful when several actuators must be addressed from one controller network. |
| Model | Type | Stroke | Rated Force | Max Force | Repeatability | Rated Current | Peak Current |
|---|---|---|---|---|---|---|---|
| ZHR-MEC-FT-DL-02-200-01 | Direct Type | 2mm | 200N | 400N | +/-0.002mm | 400mA | 1.5A |
| ZHR-MEC-FT-DL-02-200-02 | Direct Type | 2mm | 200N | 400N | +/-0.0025mm | 400mA | 1.5A |
| ZHR-MEC-FT-FA-12-200-03 | Folded Type | 12mm | 200N | 400N | +/-0.002mm | 1A | 3.4A |
| ZHR-MEC-FT-FW-12-200-04 | Folded Type | 12mm | 200N | 400N | +/-0.002mm | 1A | 3.4A |
| ZHR-MEC-FT-FA-12-400-05 | Folded Type | 12mm | 400N | 600N | +/-0.002mm | 400mA | 2A |
| ZHR-MEC-FT-FW-12-400-06 | Folded Type | 12mm | 400N | 600N | +/-0.002mm | 800mA | 2A |
| ZHR-MEC-FT-FA-02-400-07 | Folded Type | 2mm | 400N | 600N | +/-0.002mm | 800mA | 2A |
| ZHR-MEC-FT-FA-02-400-08 | Folded Type | 2mm | 400N | 600N | +/-0.002mm | 800mA | 2A |
| ZHR-MEC-FT-FM-02-400-09 | Folded Type | 2mm | 400N | 600N | +/-0.002mm | 800mA | 2A |
| ZHR-MEC-FT-FW-02-400-10 | Folded Type | 2mm | 400N | 600N | +/-0.002mm | 800mA | 2A |
| ZHR-MEC-FT-FH-02-400-11 | Folded Type | 2mm | 400N | 600N | +/-0.002mm | 800mA | 2A |
| ZHR-MEC-DE-FB-10-020-12 | Finger Type | 10mm | 20N | 30N | +/-0.05mm | 200mA | 400mA |
| ZHR-MEC-DE-FS-10-100-13 | Finger Type | 10mm | 100N | 150N | +/-0.05mm | 800mA | 2200mA |
| ZHR-MEC-DE-TB-10-030-14 | Thumb Type | 10mm | 30N | 40N | +/-0.05mm | 200mA | 400mA |
| ZHR-MEC-DE-TS-10-150-15 | Thumb Type | 10mm | 150N | 225N | +/-0.05mm | 1450mA | 4000mA |
These application areas are engineering entry points. Final suitability still depends on stroke envelope, force margin, duty cycle, stiffness, heat, sensing, control interface, and qualification requirements.
Short-stroke adjustment, T-block fit, compact machine axes, and repeatable setup values.
Robotic hand grippers where small envelope, force sizing, wiring, and response balance matter.
Validate load path, duty cycle, mounting stiffness, noise, safety, and environmental exposure.
FT models are a practical fit for compact die-head or T-block adjustment where the machine needs short-stroke electric motion, RS485 control, and repeatable setup values. Final coating performance still depends on die design, pump control, web speed, sensor feedback, and machine stiffness.
DE finger and thumb models are relevant to compact robotic hand mechanisms where short-stroke electric actuation, force sizing, communication wiring, and available finger space must be balanced. Confirm grip force, duty cycle, thermal behavior, and sensor architecture during prototype testing.
FT and DE models can be evaluated for robotic grippers, miniature push-pull tooling, inspection fixtures, and special-purpose automation modules that need repeatable motion in a narrow envelope close to the work point.
The compact linear format may fit laboratory automation, life-science instruments, sample handling, and controlled positioning modules. Medical or patient-facing equipment requires separate qualification for safety, materials, noise, sterilization, and regulatory requirements.
Evaluate the platform for new-energy equipment, electronics assembly, semiconductor automation, optical alignment, precision instrument adjustment, compact research rigs, and field-use mechanisms after validating vibration, environment, and reliability requirements.
FT models are a practical fit for compact die-head or T-block adjustment where the machine needs short-stroke electric motion, RS485 control, and repeatable setup values. Final coating performance still depends on die design, pump control, web speed, sensor feedback, and machine stiffness.
DE finger and thumb models are relevant to compact robotic hand mechanisms where short-stroke electric actuation, force sizing, communication wiring, and available finger space must be balanced. Confirm grip force, duty cycle, thermal behavior, and sensor architecture during prototype testing.
FT and DE models can be evaluated for robotic grippers, miniature push-pull tooling, inspection fixtures, and special-purpose automation modules that need repeatable motion in a narrow envelope close to the work point.
The compact linear format may fit laboratory automation, life-science instruments, sample handling, and controlled positioning modules. Medical or patient-facing equipment requires separate qualification for safety, materials, noise, sterilization, and regulatory requirements.
Evaluate the platform for new-energy equipment, electronics assembly, semiconductor automation, optical alignment, precision instrument adjustment, compact research rigs, and field-use mechanisms after validating vibration, environment, and reliability requirements.
These answers are written for engineering buyers comparing compact electric cylinders, slot-die coating adjustment axes, and robotic hand actuators.
A micro servo electric cylinder is a compact electric linear actuator that combines a motor, screw transmission, position control, and a guided output rod in a small package. It is used when a machine needs precise push-pull motion but does not have space for a conventional cylinder and external transmission.
Choose stroke from the required mechanical travel, then select rated force from the continuous working load and maximum force from short-duration peak load. For coating die-head adjustment, 2 mm stroke is usually for fine gap trimming, while 12 mm stroke gives more installation and commissioning range.
The FT models are intended for compact precision adjustment tasks such as coating die-head and T-block control. Slot-die coating quality depends on stable gap, pump rate, coating speed, and mechanical parallelism, so the actuator should be selected together with the machine stiffness, sensor strategy, and closed-loop control design.
The DE models are intended for compact finger and thumb actuation where the design needs 12 V power, RS485 communication, short stroke, and controllable force in a constrained hand or end-effector envelope.
The listed models use RS485 communication, making them suitable for compact machine controllers, multi-axis fixtures, robotic end effectors, and laboratory automation systems that need addressable electric actuation.
Each model page includes a product photo, complete technical parameters, application guidance, and a 2D dimension drawing for installation planning and mechanical envelope checks.
Send your coating head, fixture, robotic hand, or compact-axis requirement. We can help narrow the model list before sample evaluation.