Slip Ring & Rotary Solution Manufacturer

Custom Slip Rings
& Rotary Solutions

Reliable power, signal, data, optical and fluid transmission for continuous rotation.

From standard models to fully customized solutions, JARCH engineers and manufactures rotary transmission solutions for demanding industrial applications.

Power
Signal
Data
Fiber Optic
Pneumatic
Hydraulic
20+ Years Manufacturing
1,000+ Customers Worldwide
100+ Countries Served
Custom Engineering
JARCH ROTARY TRANSMISSION
360° CONTINUOUS
ROTATION
High Speed
Low Noise
Custom Engineering
ENGINEERED IN OUR OWN FACTORY

More Than Slip Rings. Complete Integrated Rotary Solutions.

From custom engineering to final production, we develop reliable rotary solutions for power, signal, data and fluid transmission — engineered around your application.

01

Custom Engineering

Designed around your electrical, mechanical and environmental requirements.

02

Multi-Transmission

Power, signal, Ethernet, fiber optic, pneumatic and hydraulic transmission in one rotary solution.

03

Industrial Reliability

Solutions engineered for demanding environments, high speed, high current and continuous rotation.

04

Direct Manufacturer

In-house engineering and production for faster prototyping, customization and factory support.

ROTARY TECHNOLOGY IN ACTION

Powering Motion Across Industries.

From automation and robotics to medical equipment and renewable energy, JARCH rotary solutions are engineered for applications where power, signal, data or fluid must pass through continuous rotation.

APPLICATION FIELD JARCH ROTARY SOLUTIONS
JARCH slip ring application fields
POWER
SIGNAL
DATA
ROTATION
ENGINEERED FOR CONTINUOUS ROTATION
ONE ROTARY CHALLENGE One Engineered Solution.
ROTARY ENGINEERING

Engineered Around Your Machine.

Every rotating application is different. JARCH develops slip rings and integrated rotary solutions around your mechanical, electrical, signal and environmental requirements.

JARCH ENGINEERING SYSTEM ENG / 05

More Than A Standard Slip Rings.

From compact electrical slip rings to complex integrated rotary systems, our engineering team designs around the actual requirements of your equipment.

01
REQUIREMENTS Understand your application
02
ENGINEERING Develop the rotary design
03
SOLUTION Build and validate
POWER 01
SIGNAL 02
DATA 03
FLUID 04
JARCH Slip Ring Internal Structure
CONTACT SYSTEM ROTATING CONTACT INTERFACE
CONDUCTIVE PATH MULTI-CIRCUIT TRANSMISSION
ROTATING CORE PRECISION INTERNAL STRUCTURE
JARCH SLIP RING INTERNAL STRUCTURE / ENGINEERING VIEW
01

Custom Engineering

Custom dimensions, circuits, cables, connectors, mounting structures and mechanical interfaces.

02

Multi-Media Integration

Power + signal + Ethernet + fiber optic + pneumatic or hydraulic transmission.

03

Prototype to Production

From concept and technical drawing to prototype validation and repeat production.

04

Direct Factory Support

Direct communication with our engineering and manufacturing team throughout your project.

What Is a Slip Ring and How It Works?

A slip ring allows power, signals, and data to pass between a stationary part and a rotating part without twisting wires.

It enables smooth 360° rotation for automation machines, robotics, wind turbines, packaging machines, and more.

JARCH provides a full range of electrical, hybrid, pneumatic, and explosion-proof slip rings.

Explore Products

How Do You Choose the Right Slip Ring or Rotary Union?

A slip ring transfers electricity and signals during rotation. A rotary union transfers air, water, oil, coolant, or gas.

Choose based on transmission type, electrical/fluid specs, speed, environment, and installation size.

For both fluid and electricity together? Choose a hybrid slip ring.

JARCH supports fully customized slip rings and rotary unions for any industry.

View All Products
WHY JARCH

Built for Rotation. Engineered for Reliability.

From engineering and prototyping to production and quality control, JARCH provides complete rotary transmission solutions from one manufacturing source.

01

20+ Years Experience

Engineering experience focused on slip rings and rotary transmission solutions since 2006.

02

Custom Engineering

Designed around your dimensions, circuits, speed, environment and mechanical requirements.

03

Direct Manufacturing

Engineering, assembly, testing and quality control are managed under one manufacturing source.

04

Global Support

Supporting customers and industrial applications across international markets with direct communication.

JARCH AT A GLANCE One Source.
Complete Rotary Solutions.
2006
FOUNDED Engineering & Manufacturing
100+
COUNTRIES Global Markets Served
1,000+
CUSTOMERS Industrial Partners Worldwide
3,000
m² FACILITY Manufacturing Facility
ENGINEERING + MANUFACTURING + QUALITY + SUPPORT
JARCH ROTARY TRANSMISSION
OUR ENGINEERING PROCESS

From Design to Production. One Engineering Partner.

From the first drawing to final production, JARCH manages the complete development process from engineering and prototyping to testing and manufacturing.

01 START

Requirement

Understand Your Application

Voltage, current, speed, dimensions, signals, IP rating and operating environment.

02 ENGINEER

Engineering

Design & Development

Mechanical design, electrical configuration and customized rotary transmission solutions.

03 DEVELOP

Prototype

Prototype & Validation

Rapid prototyping and functional verification before moving into production.

04 VERIFY

Testing

Performance Testing

Electrical, mechanical and environmental testing according to application requirements.

05 DELIVER

Production

Mass Production

Controlled manufacturing and quality inspection for consistent rotary transmission performance.

HAVE A ROTARY APPLICATION IN MIND? Let's Engineer It Together.
START YOUR PROJECT
MECHANICAL DESIGN + ELECTRICAL ENGINEERING + PROTOTYPING + TESTING + MANUFACTURING

How to Select the Right Slip Ring

Selecting the correct slip ring is critical to ensuring long-term system stability, signal integrity, and operational reliability. The following guidelines help engineers define key requirements before finalizing a model or requesting customization.

1. Power & Signal Requirements

Determine the number of power circuits, current rating per channel, and whether control signals or feedback signals are required. For mixed systems, define separation between power and signal paths.

2. Data Type & Transmission Method

Identify the data type to be transmitted, such as Ethernet, fieldbus, encoder signals, or optical fiber. High-speed or noise-sensitive data may require optical channels instead of electrical contacts.

3. Mechanical Constraints

Define available installation space, shaft diameter, overall length, and allowable rotational speed. Mechanical layout often determines whether a capsule, through-bore, or custom structure is required.

4. Operating Environment

Consider ambient temperature, humidity, dust, vibration, and potential exposure to oil, water, or chemicals. These factors directly impact material selection and sealing design.

5. Customization & Future Expansion

Evaluate whether future system upgrades may require additional circuits, higher data rates, or integrated rotary unions. Choosing a customizable platform helps reduce redesign costs.

Learn More From

Slip Ring & Rotary Union Frequently Asked Questions

A slip ring is an electromechanical device that transfers electrical power and signals from a stationary structure to a rotating one. It enables 360° continuous rotation without tangling wires.

A rotary union (or rotary joint) allows the transfer of fluids (air, water, oil, etc.) from stationary pipes to rotating equipment while maintaining a secure, leak-free seal.

Slip rings transmit electrical signals or power; rotary unions transmit fluids or gases. Some hybrid models combine both

Yes. JARCH offers hybrid slip rings that integrate electric, signal, pneumatic, and hydraulic channels in a single compact design

Absolutely. Over 80% of our products are custom-made based on customer requirements like voltage, current, RPM, number of channels, connectors, and environmental conditions.

Standard lead time is 1–3 weeks depending on complexity. We also offer expedited services for urgent orders.