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eXturn - a revolutionary industrial platform for assembly of high-pressure piping systems

  • Writer: Rotem Segev
    Rotem Segev
  • Apr 16, 2023
  • 2 min read

The Future of Automated Nut Assembly

eXturn™ is the world’s first intelligent open-end fastening system — a precision-engineered, dual-motor automation tool that detects, grips, tightens, angle-controls, and verifies every nut without operator fatigue or inconsistency.

Where traditional tools depend on operator skill — eXturn thinks, measures, and executes. It turns a manual, error-prone process into a precise industrial workflow.



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What Makes eXturn Revolutionary


Two Motors, One Automated Motion Sequence


Motor #1 – Intelligent Gripper System

  • Self-aligning gripper automatically detects and centers around nuts (10–20mm range)

  • Linear guide mechanism extends/retracts for fast engagement

  • Adaptive grip force — adjusts to nut dimensions and material hardness

  • Compact Swiss-made BLDC motor provides micron-grade positioning control


Motor #2 – High-Torque Fastening Drive

  • Ultra-high torque density Swiss BLDC motor

  • Swiss planetary gear (1:6) for power efficiency

  • Custom worm gear (1:37) delivering exceptional mechanical advantage

  • Precise rotation under load — without vibration or impact


The “Extra Movement”: Continuous Tightening in Confined Spaces

This is where eXturn stands alone.

  1. Grip & align

  2. Rotate with torque control

  3. Auto-release + reposition

  4. Continue tightening

The tool performs its own micro-repositioning, allowing continuous rotation even where full rotation is impossible — something no ratchet, impact gun, or electric wrench can do.


Here is the eXturn in action:




Precision Control: Torque + Rotation Angle


Unlike any wrench, eXturn allows digital tightening specifications:

  • Torque Mode – tighten until the exact programmed torque is reached (verified by motor current + torque profile)

  • Angle Mode – rotate by a precise angle (e.g., “+90° from seating point”)

  • Torque + Angle (sequence) – meets automotive and aerospace fastening standards


Smart Control Interface (Control Station)


  • Industrial touchscreen UI

  • Jog/fine positioning for both motors

  • Nut size preset selection

  • Real-time feedback (current, temperature, position)

  • Save multiple fastening profiles

  • Emergency stop + LED status indicators


Corded or cordless — compatible with standard drill batteries or DC power.



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Engineering Excellence


Premium Swiss Components

  • Swiss-made BLDC motors

  • Swiss planetary gears

  • Custom worm gear drive

  • Unique open-wrench gear geometry (patent pending)


Industrial Build Quality

  • Rugged enclosure with cooling and heat management

  • High-resolution display

  • Robust power/data connector

  • Designed for continuous duty cycles


Compact but Powerful

  • Slim head fits tight spaces where sockets cannot

  • Handheld or stationary mounting

  • Integrates into manual cells or full automated lines





Key Industries & Applications


Automotive

  • Engine, transmission, chassis, interior, wheel assembly

Electronics

  • Server racks, telecom frames, device housings

Machinery & Industrial Equipment

  • HVAC systems, construction machinery, production machinery

Aerospace & Defense

  • Safety-critical torque + angle applications


Why eXturn Changes the Game

Benefit

Impact

Zero human error

No cross-threading or over-tightening

Consistent torque & angle

Every fastener, every cycle

Faster throughput

2–3 sec per nut, fully repeatable

No fatigue

Operator supervises — tool does the work

Fits anywhere

Works in confined/access-restricted spaces

Flexible integration

Bench, handheld, or automated line

eXturn doesn’t just fasten. It verifies, documents, and proves the fastener was installed correctly.

Segev Technologies created the control system, electronics and software for eXturn.


We implemented our proprietary BLDC controllers to implement the drive section of the project.


Field Oriented Control for BLDC motors


Improved torque response.

Torque control at low frequencies and low speed.

Dynamic speed accuracy.

Reduction in size of motor, cost and power consumption.

Four quadrant operation.

Short-term overload capability.


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