NEFEIT / APPLICATION-SPECIFIC ELECTRIC CYLINDERS

NFT134 Reinforced Custom Servo Electric Cylinder

NFT134 Reinforced combines a ball-screw axial drive with a application-specific servo motor arrangement. Configure the motor, screw lead and mounting for the required load, travel and operating cycle.

NEFEIT folded heavy studio hero construction visualization

Configuration options

Reinforced assembly and transmission defined by the configuration drawing.

Working cycle

Approach, working movement, dwell and return reviewed together.

Mechanical integration

Mounting, load path and independent guidance defined for your machine.

Engineering support

Drive and feedback selection with NEFEIT.

NEFEIT folded-back servo electric cylinder construction with parallel motor arrangement
PRODUCT OVERVIEW

Reinforced axial motion, sized for the complete machine.

Select this variant from its reinforced-specific drawing and rated drive configuration. Frame stiffness and mounting support are reviewed with the working load.

Images show the product layout and installation concept. However, the approved configuration drawing defines the assembly supplied.

TECHNICAL SPECIFICATIONS

Select motor, lead, thrust and speed together

ConfigurationReference
Series / arrangementNFT134 Reinforced / Application-specific
Reference stroke10–1200 mm
Screw leadApplication sizing
Motor powerApplication sizing
PerformanceReference
Base-body capability limit70 kN
Continuous thrustConfirm rated drive and duty
Mounting interfacesDrawing-defined
Supply scopeConfigured quotation

The manual lists a body capability limit without a complete motor rating matrix. NEFEIT sizes the motor, screw lead, reducer and rated duty from your application.

MOUNTING AND INTERFACES

Check the drawing for this product configuration

Choose the motor arrangement and mounting separately. For example, FA means front flange, FB means rear flange and LB means side flange. FC identifies a custom interface defined by the drawing.

Mechanical drawing

Request flange pattern, body envelope, rod connection and installed length for this configuration.

Tooling support

Provide guide layout, reaction structure and axial alignment requirements.

Utilities and feedback

Confirm motor/drive, sensors, connectors and control responsibilities.

APPLICATION ENGINEERING

Reinforced configurations: review the frame and interfaces

A folded transmission arrangement drives a guided axial tool toward an opposing fixture. The reinforced configuration is selected together with frame stiffness, rod connection and mounting interfaces.

NFT134 Reinforced servo application concept: Reinforced configurations: review the frame and interfaces
SELECTION AND DRAWINGS

Provide the inputs that define your configuration

Technical interfaces

Before you design mating parts, review the product drawing and available space with NEFEIT. The approved drawing defines the supplied configuration and mechanical interfaces.

Selection checklist

Order fields: NFT134 Reinforced–stroke–lead–FC–mounting–ratio–motor power.

Product selection questions

The body limit describes a catalog capability boundary. Continuous thrust depends on the paired motor, lead, transmission and operating duty.

Application-specific describes motor placement. Flange or custom mounting is selected independently against the configuration drawing.

The manual associates ±0.01 mm with additional linear feedback. Confirm loaded positioning, repeatability and measurement conditions for the selected system.

The manual describes a non-self-locking ball-screw drive. Review vertical holding, braking and mechanical restraint as part of the complete machine.

NEFEIT ENGINEERING SUPPORT

Select NFT134 Reinforced for your machine requirements

To request a quotation, send your load, stroke, speed, working cycle and installation drawing. NEFEIT then reviews the motor, feedback and mechanical interfaces with you.