How Do You Perform IUD Insertion More Efficiently With An Open-Sided Speculum?

An open-sided speculum makes IUD insertion more efficient by giving you unobstructed lateral access to the cervix without needing to remove the speculum mid-procedure. The open side allows you to retract the instrument while keeping catheters or applicators engaged, reducing repositioning time, minimizing patient discomfort, and enabling you to complete the insertion in fewer steps than a standard closed-bill design.

Struggling to maintain cervical access mid-procedure is slowing you down

With a standard speculum, the moment you need to retract or reposition during IUD insertion, you risk losing your view of the cervix entirely. That means re-establishing access, asking the patient to stay still longer, and adding unnecessary time to a procedure that should be straightforward. The fix is simple in principle: choose a speculum designed to stay out of the way of your instruments. An open-sided design solves this directly by letting you work around the speculum rather than fighting it.

Patient tension during IUD insertion is making the procedure harder than it needs to be

Tense patients resist. When a patient tenses up, the vaginal walls close in, the cervix becomes harder to access, and the procedure takes longer. That tension often starts before you even begin, triggered by the sounds and sensations of traditional speculums. A patient-friendly speculum with silent operation and soft, rounded edges reduces the physical and psychological triggers that cause tensing in the first place. A relaxed patient means less resistance, easier access, and a faster, more comfortable procedure for everyone involved.

What is an open-sided speculum and how does it differ from a standard one?

An open-sided speculum is a gynecological speculum with one side of the bill structure removed or opened, creating a wider lateral channel. Unlike a standard speculum, which fully encloses the vaginal canal between two closed bills, the open-sided design allows instruments, catheters, or applicators to be inserted or withdrawn from the side without removing the speculum first.

A standard speculum holds the vaginal walls apart effectively, but its enclosed structure limits what you can do once it is in place. If you need to introduce a catheter, guide a sound, or place an IUD applicator while maintaining cervical visualization, the closed bills get in the way. You either work awkwardly around them or remove the speculum entirely and reinsert it, which adds time and patient discomfort.

The open-sided speculum removes that constraint. The open channel gives you direct lateral access, so instruments can engage with the cervix and remain there even as you retract the speculum. This is particularly useful in outpatient settings, where you want to complete procedures efficiently without the back-and-forth of repositioning.

Why does speculum choice affect IUD insertion efficiency?

Speculum choice affects IUD insertion efficiency because the design directly determines how much access, visibility, and freedom of movement you have throughout the procedure. A speculum that limits instrument manipulation or requires repositioning mid-procedure adds steps, extends procedure time, and increases patient discomfort at every stage.

IUD insertion requires precise cervical access. You need to visualize the cervix clearly, sound the uterus, and guide the applicator through the cervical os without losing your view or your position. A speculum that offers a narrow opening, poor light reflection, or bills that obstruct lateral movement makes each of these steps harder than they need to be.

The speculum also affects patient experience in ways that feed back into procedural efficiency. If the instrument causes discomfort during insertion or makes sounds that trigger patient anxiety, the resulting muscle tension can make cervical access more difficult. A speculum designed with soft, rounded edges, silent operation, and a wider opening creates conditions in which the procedure can move forward without unnecessary interruption.

How does an open-sided speculum improve access during IUD insertion?

An open-sided speculum improves access during IUD insertion by creating a larger, unobstructed pathway to the cervix. The open-bill design allows catheters and applicators to be introduced and maneuvered laterally, and the speculum can be retracted while instruments remain engaged with the cervix, eliminating the need to remove and reinsert the instrument mid-procedure.

In practical terms, this means you can guide the IUD applicator into position, confirm cervical placement, and complete insertion without the closed-bill structure blocking your line of approach. The open side also gives you more room to adjust the angle of your instruments, which is especially useful when the cervix is in an anterior or posterior position.

An innovative hinge design that gradually increases vertical dilation of the introitus adds to this benefit by improving overall access throughout the procedure. Combined with outwardly curved edges that extend your range of lateral instrument manipulation, the open-sided speculum provides the kind of working space that a standard speculum simply cannot match in these situations.

What procedures benefit most from an open-sided speculum?

The procedures that benefit most from an open-sided speculum are those requiring simultaneous instrument access and cervical visualization, or those in which the speculum needs to be retracted while a device remains in place. These include IUD insertion, hysteroscopy, HSG, THL, HyFoSy, and endometrial ablation.

IUD insertion: The open side allows the applicator to stay engaged with the cervix as the speculum is retracted, reducing handling steps.
Hysteroscopy: The wider access channel accommodates the hysteroscope without bill obstruction, improving both visualization and maneuverability.
HSG, THL, and HyFoSy: Catheter placement and fluid introduction are easier when the speculum does not restrict lateral instrument movement.
Endometrial ablation: The open-sided design supports instrument placement while maintaining the cervical view needed for precise treatment delivery.

These are all procedures commonly performed in outpatient settings, where efficiency and patient comfort matter as much as clinical precision. The open-sided speculum is specifically designed to support this kind of work, making it a practical choice for gynecologists and nurse practitioners who perform these procedures regularly.

How does single-handed operation make IUD insertion faster?

Single-handed speculum operation makes IUD insertion faster by freeing your other hand to manage instruments simultaneously. Instead of using both hands to hold and adjust the speculum, you lock it in position with one hand and use the other to sound the uterus, manipulate the applicator, or stabilize the cervix throughout the procedure.

With a traditional speculum that requires two-handed management, every instrument adjustment means pausing, setting something down, or asking for assistance. That interrupts the procedural flow and adds time. Single-handed locking eliminates that problem entirely. You set the speculum, lock it in place silently and without fiddling, and your second hand is free from that point forward.

The absence of clicking or rattling during locking also matters here. Unexpected sounds during a procedure can cause patients to tense up reflexively. A tense patient is harder to work with, and that translates directly into longer procedure times. Silent, single-handed operation keeps the patient calm and the procedure moving forward without unnecessary interruptions.

What should you look for in a speculum designed for IUD procedures?

A speculum designed for IUD procedures should offer an open-sided or wide-access design, single-handed locking, soft, rounded edges, strong, reliable construction, and good light reflection. Together, these features provide the access, control, and patient comfort needed to complete IUD insertion efficiently and safely in an outpatient setting.

Beyond the open-sided design itself, the width of the opening matters. A speculum with a 30% wider opening than standard designs gives you meaningfully more room to maneuver the IUD applicator and adjust your approach without fighting for space. Outward-folded outer edges that keep tissue clear of the opening add to this, keeping your view and access unobstructed throughout the procedure.

Reliability during the procedure is also non-negotiable. A speculum that deforms or fails under procedural load creates risk for the patient and disrupts the procedure entirely. Look for a single-use speculum with a proven safety rating and confirmed resistance to deformation under clinical loading conditions. High-grade plastic construction from a reputable manufacturer, rather than inferior alternatives, is the baseline standard for this kind of reliability.

Finally, consider the patient experience features. Soft, rounded edges with a smooth outer radius help prevent tissue trauma and cervical scraping. An anti-pinching gap design ensures the bills do not catch tissue when closing. A backward-angled handle allows deeper insertion with less rectal contact. These are not minor details; they directly affect how well the patient tolerates the procedure, which in turn affects how smoothly and quickly you can complete it.

How Bridea Medical supports efficient IUD insertion procedures

We designed the Orchid Open-Sided Speculum specifically for procedures like IUD insertion, where access, precision, and patient comfort all need to work together. Here is what sets it apart in practice:

Open-sided design with a generous access channel that allows catheters and applicators to remain engaged with the cervix as you retract the speculum.
Silent, single-handed locking that frees your second hand for instrument manipulation without triggering patient anxiety through noise.
Soft, rounded edges with an extra-large outer radius that help prevent tissue trauma and cervical scraping throughout the procedure.
Confirmed reliability tested by the NHS Surgical Materials Testing Laboratory, making it the first speculum confirmed as unbreakable under clinical loading conditions.

We also offer the Open-Sided SX version with integrated smoke plume extraction for procedures involving electrosurgery. All versions are single-use, made in the Netherlands, and available in multiple sizes to match your patient population. Learn more about the Orchid Speculum range or visit our website to request samples and see the full product lineup.