BenGait Labs P&O NCR

BenGait Labs P&O NCR Precision in Orthotics & Prosthetics through digital innovation, Excellence in care.

Locking mechanism should be a part of the socket design- not added later!Locking integration is often treated as a downs...
01/06/2026

Locking mechanism should be a part of the socket design- not added later!

Locking integration is often treated as a downstream step in socket design.
This can lead to misalignment, structural compromises, or additional manual adjustments during fabrication and fitting.

When the locking system isn’t considered early, the final outcome becomes a workaround rather than an integrated solution.

We’ve been working on bringing locking considerations directly into the design stage so alignment, geometry, and structural support evolve together.

This includes:
• Integrated positioning of locking components
• Alignment with socket axis and load paths
• Structural reinforcement around locking interfaces

So the socket and locking system function as a single, cohesive unit.

When integration happens early, downstream adjustments reduce and reliability improves.

Tools like BenX support design continuity, not fragmented workflows.

Join the beta now!

https://www.bengaitlabs.com/benx

Uniform Socket Thickness Doesn’t Reflect Real Biomechanics.Sockets do not experience uniform pressure during real-world ...
26/05/2026

Uniform Socket Thickness Doesn’t Reflect Real Biomechanics.

Sockets do not experience uniform pressure during real-world use, so designing them with a fixed thickness can limit both comfort and performance. Some regions require greater strength and stiffness, while others benefit from flexibility and weight reduction.

In many workflows, applying variable thickness can feel too manual or difficult to manage effectively. As a result, thickness is often treated as a fixed setting rather than a functional design parameter.

We’ve been working on making thickness variation more practical and intuitive within the design workflow. This includes:

• Region-based thickness control
• Smooth transitions between thick and thin zones
• Maintaining structural continuity for fabrication

When thickness is applied intentionally, sockets can achieve a better balance of comfort, flexibility, and structural performance without adding unnecessary complexity to the workflow.

BenX supports this through digitally controlled thickness workflows designed to make localized reinforcement and relief more precise, predictable, and clinically usable.

Join the beta now!

https://www.bengaitlabs.com/benx

Flare is one of the last steps in socket design yet it plays a critical role in comfort and usability.Inconsistent flari...
22/05/2026

Flare is one of the last steps in socket design yet it plays a critical role in comfort and usability.

Inconsistent flaring can lead to sharp edges, uneven transitions, or excessive trimming during fitting.

In many workflows, achieving a smooth, well-controlled flare becomes a manual, iterative process.

We’ve been working on making flare design more predictable and anatomically consistent so edge shaping is controlled from the start, not corrected later.
This includes:
• Smooth, continuous flare transitions
• Controlled edge shaping without sharp artifacts
• Better integration with overall socket geometry

So the final edge feels intentional, not adjusted.
When flare is well-defined, comfort improves and fitting adjustments reduce.

Tools like BenX ensure edge conditions are as considered as internal geometry.

Join the beta now!

https://www.bengaitlabs.com/benx

Media to Lateral reduction in a Prosthetic socket Should be Consistent, Not VariableSocket reduction is one of the most ...
15/05/2026

Media to Lateral reduction in a Prosthetic socket Should be Consistent, Not Variable

Socket reduction is one of the most experience-driven steps in the design process. Different clinicians, time constraints, or even the same clinician on different days can introduce variability.

In digital workflows, this often translates into inconsistent pressure application and repeated fine-tuning.

We’ve been working on introducing machine-assisted reduction where anatomically informed suggestions help guide the process, while keeping full clinical control.

This includes:
• Suggested reduction patterns based on limb geometry
• Region-specific control over magnitude of reduction
• Ability to accept, modify or override recommendations

So reduction becomes more consistent without taking away clinical judgment.
When variability reduces, predictability improves.

Tools like BenX support repeatability while preserving expertise!

Join the beta now!

https://www.bengaitlabs.com/benx

Socket Elongation Requires Control, Not Iterative Prosthetic!The elongation of a socket is often in a no-man’s-land betw...
11/05/2026

Socket Elongation Requires Control, Not Iterative Prosthetic!

The elongation of a socket is often in a no-man’s-land between too manual and too restrictive.

Trimlines and comfort can be affected by over-extension. Repeated adjustment under tension is common.

The correct elongation is not controlled and is iterative in many workflows.
We have been working on making elongation more responsive to the limb geometry where adjustments feel guided, but allow full clinical control.

That includes:
• Elongation behaviour aware of geometry
• Smooth continuation of contour during extension
• Predictable development of trimline

So elongation is more consistent, not iterative.

Controlling elongation reduces downstream corrections considerably. Tools should help with precision, not complexity.

Join the beta now!

https://www.bengaitlabs.com/benx

Pressure on a tolerant zone should be applied gradually, not uniformlyCarving and scooping define how pressure is applie...
07/05/2026

Pressure on a tolerant zone should be applied gradually, not uniformly

Carving and scooping define how pressure is applied in socket rectification.

In many digital workflows, a selected region is reduced uniformly creating abrupt edges and less controlled transitions.

Manual rectification works differently.

Pressure is applied gradually, with smooth fall-offs that follow anatomy.
We’ve been working on a more controlled approach using curved pressure application instead of flat offsets.

This enables smoother transitions and more consistent pressure distribution.
When pressure is applied with continuity, fit becomes more predictable.

Join the beta now!

https://www.bengaitlabs.com/benx

Blocking Zones in a Prosthetic Socket Should be Controlled Not Corrected!Blocking is a key element in determining the re...
04/05/2026

Blocking Zones in a Prosthetic Socket Should be Controlled Not Corrected!

Blocking is a key element in determining the relief and load bearing areas in a socket.

In digital workflows, it can also become inconsistent in many cases- irregular edges, overcorrections or lack of control can lead to repeated adjustments downstream.

If blocking is unpredictable, both fit and comfort can suffer.

We’ve been working on making blocking more controlled and repeatable, so clinicians can sculpt key regions with more confidence.

This includes:
• Accurate region-based blocking
• Smooth edge transitions with no hard artefacts
• Better control over depth of modifications and spread of modifications

So it looks cleaner, more consistent, and closer to the design that was intended.

The downstream corrections are significantly reduced when blocking is well defined.

Tools are needed to ensure consistency in the delivery of relief.

Join the beta now!

https://www.bengaitlabs.com/benx

Socket Rectification Shouldn’t Lose Clinical NuanceSocket rectification is the translation of clinical expertise into ge...
29/04/2026

Socket Rectification Shouldn’t Lose Clinical Nuance

Socket rectification is the translation of clinical expertise into geometry.

In the digital workflow, this step sometimes loses nuance. Delayed feedback, sharp transitions, or limited control can make it harder to reflect true clinical intent.

We’ve been working on making rectification behave more like hands-on practice, where changes are immediate, controlled and anatomically consistent.

Including: real-time modification feedback, localised pressure-informed adjustments, smooth transitions across anatomical regions so with clinical input the model is more predictable.

Outcomes are more consistent when the fixing is more representative of the intent.

Tools should be built to mirror clinical thinking, not the other way around.

Join the beta now!

https://www.bengaitlabs.com/benx

In Prosthetic Socket designs, Alignment should not be approximate!Alignment is one of those steps where tiny visual gaps...
27/04/2026

In Prosthetic Socket designs, Alignment should not be approximate!

Alignment is one of those steps where tiny visual gaps can make huge clinical differences.

Adjustments are mostly iterative, more of estimation than confidence, when orientation is poorly represented.
We have been working to make alignment more intuitive, not by adding complexity but by improving how clinicians see and interact with the model.

A more visual, real-time alignment method makes it easier to:
• Understand limb orientation
• Make faster, more specific adjustments
• Trust what is being visualised

It’s less about adding tools, and more about clarity.

The clearer the alignment, the more consistent the decisions. We believe clarity is the foundation of precision.
More power to the Clinician!

Join the beta now!

https://www.bengaitlabs.com/benx

The Problem Starts Before the Design.Most socket errors don’t happen in the CAD software-they start at the scan.Whether ...
25/04/2026

The Problem Starts Before the Design.
Most socket errors don’t happen in the CAD software-they start at the scan.

Whether it’s digital “noise,” missing regions, or soft tissue distortion, a messy scan usually means wasted hours on manual corrections or the frustration of a patient rescan. Plus, being locked into one hardware “ecosystem” limits how you actually want to work.

At BenGait Labs, we’re making scan processing tolerant to the real world. Our tech automatically handles:

Mesh Repair & Smoothing: Closing holes and cleaning up “grit.”

Normalization: Consistent scale and orientation, every time.

Artifact Reduction: Stabilizing soft tissue without losing anatomical detail.

The goal is simple: Cleaner inputs → fewer corrections → predictable outcomes.

Precision shouldn’t depend on “perfect” conditions.

Join our beta and see the difference:

https://www.bengaitlabs.com/benx

Address

D192, D Block, Pocket D, Sector 27
Noida
201301

Website

Alerts

Be the first to know and let us send you an email when BenGait Labs P&O NCR posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category