Clutch Lock

$29.00
  • Safe and easy locking mechanism
  • Pin design has worm thread which makes smooth connection.
  • Pyramid connection and pyramid receiver connections are available
  • Each product contains “SL-Kit” as dummy kit for the lamination.

Clutch Lock – E73

$29.00
  • Light and durable aluminum bodies
  • Pin design has worm thread which makes smooth connection.
  • Rotation-secured lamination disk
  • 4-hole connection to the lamination disk allows to change the complete locking unit in case of need of replacement.
  • Dummies are included in the package

Clutch Lock – E74

$29.00
  • Totally Aluminum body with smooth gear mechanism
  • Best option for patients with contracted joint or an unusual alignment line.
  • Can be integrated into the socket during the lamination or thermoplastic process.
  • There is no weight limit because the lock is not a weight bearing component
  • Steel inner ring guards the pin entrance.
  • Dummy kit is included in the package.

Accessories

                   

Cylindrical Shuttle Lock – E75

$29.00
  • E75 is a cylindrical type of lock, made of high-strength Nylon
  • Designed for direct mounting with a 4-hole adapter
  • Very light-weight structure
  • Includes two pins in package

Shuttle Lock – E76

$29.00
  • Basic socket in-built Shuttle lock with hexagon base
  • There is no weight limit because the lock is not a weight bearing component
  • Simple and reliable design
  • Build Height: 32 mm

Shuttle Lock W/ Receiver

$29.00
  • Available diameters for E72; Ø= 36mm , 50mm
  • The shuttle lock serves to secure a suitable liner in the prosthetic socket. The shuttle lock is laminated distally into the prosthetic socket.
  • Delrin lightweight body, suitable for bath prosthesis.
  • Dummy kit is not included in the package and should be ordered separately.
  • Dummy kit is only available for E72-50

Active Vacuum Unit & Valves

$29.00

Active Vacuum Unit

The vacuum unit is designed to generate an elevated vacuum between user's liner and the socket to prevent pistoning movement and grip the stump firmly. To do this, there should be a sealed environment between user's liner and the socket. Once the environment is sealed, which is compressed and released during normal walking, the vacuum unit draws air from the socket through one-way valves and evacuates it through the pump. So vacuum unit, discharges the air in this sealed environment on every step of user. After multiple steps of the user, 15 in.Hg ( around 0.5 bar ) is created in the sealed socket environment.

Features

Discharging the air between the socket and the liner on every step of user Prevents pistoning and keeps the prosthesis firmly on user. Absorbs high reaction forces of the ground ( Absorbs impact forces ) Increases comfort of the user Has free rotating connector to easily adjust air suction hose

AKS-Valve

$29.00
  • Auto-expulsion valve with push button for suction release.
  • The valve expels air under positive pressure when the stump entering into the socket
  • Designed to be used with all suction suspension systems.
  • Recommended for TF (Transfemoral) Users.
  • Product package includes the dummy kit.

Accessories (Included in package)

EPS-VALVE

$29.00
  • Expulsion valve with a button, provides one-way air discharge.
  • Recommended for both TT and TF users.
  • Designed to be used with all suction suspension systems.
  • Body is made by anodized aluminum.

One-way Valve (VAC-300)

$29.00
  • This valve enables the expulsion of excessive air out of the socket during stance phase and effectively prevents air from flowing in during swing phase
  • Consisting of: Valve body of anodized aluminum Exchangeable sealing lip valve Counter nut with o-ring Foam filter insert

IB-ER manufactures lock systems and valves designed to support secure suspension, consistent control, and reliable long-term performance in professional prosthetic components systems. Our components are produced with a focus on manufacturing precision and practical everyday use in modern prosthetics workflows.

As a prosthetic components manufacturer, IB-ER supplies distributors and professionals with lock and valve components engineered for dependable integration, helping ensure stable assembly and consistent performance in prosthetic systems.

Lock Systems for Secure Prosthetic Suspension

Lock systems play an essential role in prosthetic suspension by supporting secure attachment and reliable control during everyday use. IB-ER lock systems are designed to integrate with compatible prosthetic components and support professional assembly requirements.

Valves for Practical Control & System Performance

Valves are used in prosthetic systems where controlled airflow or system regulation is required. IB-ER valves are manufactured to support dependable function, compatibility, and long-term performance in professional prosthetics applications.

Manufacturing & Quality Focus

IB-ER follows a quality-focused manufacturing approach, emphasizing consistent materials and precise production tolerances. This supports reliable performance over time and helps maintain compatibility across different prosthetic system builds.

View our quality certificates to learn more about our quality and manufacturing standards.

Why Choose IB-ER Lock Systems & Valves?

  • Manufacturer-focused production and consistent quality
  • Designed for reliable suspension and control
  • Precise tolerances for dependable system integration
  • Durable materials for long-term professional use
  • Supported for global distribution

Applications

IB-ER lock systems and valves are suitable for prosthetic systems where secure suspension, consistent control, and reliable performance are required for professional use.

For product details, technical questions, or distribution and partnership inquiries, please visit our contact page.

Frequently Asked Questions

What are lock systems used for in prosthetic components?

Lock systems are used to support secure prosthetic suspension and attachment, helping maintain stable use and reliable control during everyday activities.

What are valves used for in prosthetic systems?

Valves are used in prosthetic systems to support practical control or regulation functions where consistent performance and dependable integration are required.