Made from nickel-titanium (nitinol) and coated with synthetic fibres, the peripheral coils ensure rapid and effective thrombosis in target vessels, with excellent conformability to vascular anatomy.

The system allows precise coil placement, enabling repositioning or retrieval prior to final release, enhancing safety and control throughout the procedure.

Compatible with standard microcatheters, Spider is suitable for a wide range of indications such as arteriovenous malformations, fistulas, and peripheral aneurysms.

The Trift SC PTA balloon 0.035” OTW is made from a semi compliante material that ensures progressive and controlled expansion, with a nominal pressure of 8 atm and a burst pressure of up to 14 atm.

Compatible with 0.035″ guidewires, its wide inner lumen enhances visibility and facilitates advancement in iliac, femoral, or large-calibre vessels.

Trift provides an effective solution for resistant stenoses or vessels with mild to moderate calcification, offering high pushability and control.

The balloon is made from semi compliante materials that ensure precise expansion with a nominal pressure of 8 atm and a burst pressure of up to 14 atm. Its controlled behaviour minimises the risk of vascular perforations or dissections.

Compatible with 0.018″ OTW systems, the Skinny SC PTA balloon 0.018” OTW is indicated for the dilatation of stenoses in peripheral arteries, including small-calibre vessels where high precision is required.

Available in a wide range of diameters (2.0–7.0 mm) and lengths (20–200 mm), it offers versatile solutions for various clinical needs.

Compatible with 0.014″ guidewires, the Zeeland SC PTA balloon 0.014” OTW stands out for its ultra-low distal profile and its ability to reach narrow and tortuous vessels. It offers a nominal pressure of 6 atm and can reach up to 14 atm without compromising balloon integrity.

Available in diameters from 1.5 to 4.0 mm and lengths up to 220 mm, it is ideal for treating distal lesions in the lower limbs.

Thanks to its cylindrical balloon structure and high-strength material, the ensures uniform dilatation without overstretching. Additionally, its braided shaft allows effective pushability, while the flexible distal shaft improves navigability even in complex anatomies.

The Erasmus NC PTA balloon 0.018” OTW withstands a nominal pressure of 12 atm and a burst pressure of up to 20 atm, enabling safe treatment of fibrous or resistant lesions.

It is available in balloon lengths from 10 to 40 mm and diameters ranging from 2.0 mm to 5.0 mm, allowing precise treatment of multiple types of peripheral lesions. The braided proximal shaft ensures excellent pushability, while the polymer distal shaft provides flexibility and tracking.

It features a nominal pressure of 12 atm and a burst pressure of up to 20 atm, delivering superior performance in challenging interventions.

Thanks to its high distal flexibility and excellent proximal pushability, the Shun Light peripheral microcatheter facilitates safe and effective access to complex peripheral vessels. Its structure is optimised to maintain shape and resist compression during navigation.

The Shun Thros peripheral microcatheter body has a variable diameter structure that progressively tapers from the proximal to the distal end, facilitating advancement. The catheter’s cross-section consists of three layers: inner, middle, and outer, providing excellent pushability, torque, and support, with a PTFE lumen that allows smooth transport.

Indicated for vessel diameters between 5 mm and 8 mm and lesion lengths from 20 mm to 200 mm, it is ideal for areas at high risk of sudden closure or restenosis following balloon angioplasty (PTA).

Manufactured from nitinol alloy using laser cutting, this self-expanding stent offers a safe and minimally invasive alternative to traditional open surgery.

Its triaxial delivery system is designed for stable, controlled, and precise deployment, compatible with 0.035” guidewires and available in catheter lengths of 80 and 120 cm.

The Atlas stent graft open and flexible design adapts to various vascular anatomies, optimising blood flow and minimising turbulence. Tantalum markers at both ends enhance visibility under fluoroscopy, allowing for precise placement.

With a wide range of diameters and lengths, and an encapsulated construction to resist neointimal hyperplasia, Atlas is ideal for treating aneurysms, stenoses, and occlusive peripheral lesions.

The dolphin subintimal entry catheter provides controlled access to the subintimal space and precise guidance towards the original lumen, increasing success rates in complex peripheral or coronary interventions.

Thanks to its low crossing profile, the DolphinPro support catheter offers superior support and pushability, facilitating the telescoping technique in endovascular procedures.

Thanks to its low-profile design, direct lesion access, and reduced vascular trauma, TemREN PRO aims to improve both efficacy and confidence in endovascular procedures for the treatment of systemic atherosclerosis.

Additionally, it features an infusion port for simultaneous administration of thrombolytic agents, accelerating clot dissolution and improving clinical outcomes.

This system is ideal for procedures in the carotid artery, arterial segments of the lower limbs, and other vascular sites, offering effective distal protection against dislodged plaque fragments or thrombi during angioplasty, stent placement, or other endovascular interventions.

The VenoNeedle® small vein ablation system is ideal for outpatient procedures and offers an effective alternative to traditional treatments, enhancing both patient comfort and aesthetic outcomes.

Thanks to its ultra-low entry profile and optimal pushability, the Dolphin XR re-entry catheter allows precise navigation during femoropopliteal interventions and below-the-knee procedures.

Its design combines high lesion assessment capability with ease of delivery and exchange through guidewires, maximizing procedural efficacy and safety.

The MicroCATH® Peripheral Catheter offers power injections up to 1200 psi, providing sharp imaging and superior torque response within its category. Its structure combines a soft distal tip for better trackability with a rigid proximal zone that improves pushability.

It is also available in a 2RO version with two radiopaque markers, facilitating precise delivery of detachable embolic coils during embolization procedures.

The Pars delivery catheter single-lumen, end-hole catheter enables precise access to tortuous and distal brain vessels, assisting physicians in treating vascular diseases with enhanced safety and efficacy.

This flow-dependent microcatheter stands out for its high pressure resistance and full compatibility with DMSO, making it a safe and effective choice for delicate intracranial procedures.

The MicroCATH® Direct Flow Catheter is available in different sizes (2.1 Fr and 2.7 Fr) and lengths of 90 and 150 cm, it adapts to multiple clinical requirements.

Its stainless steel braided structure combined with three layers of Pebax provides an optimal balance between proximal support and distal flexibility. This allows for effective and safe navigation even in the most challenging anatomies.

The microDELIVERY delivery catheter PTFE inner lining reduces friction, facilitating precise and smooth device delivery. Its variable pitch coil design and Pebax outer cover add additional flexibility and radial strength.

Thanks to the combination of coil and braid technology, this catheter offers superior resistance to ovalization within complex vasculature.

The Libro non-adhesive embolization DMSO EVOH system allows for complete filling and more distal embolization of the nidus without significant risk of catheter entrapment. The DMSO dissipates in the blood, and the EVOH with tantalum precipitates in situ forming a spongy, coherent, and visible embolus.

The sheath features a hydrophilically coated atraumatic tip and a radiopaque marker located 5 mm from the tip for precise fluoroscopic localization. The dilator, perfectly shaped to fit the sheath, allows simultaneous movement and improves visibility thanks to its high radiopacity.

The dilator’s minimized distal segment extends 2 cm beyond the sheath to facilitate access. All JaGuar guide introducer models include a Y-valve and a three-way stopcock connected via a side tube.

Thanks to its non-adhesive properties, the Filler embolization agent allows the microcatheter to remain in place during slow and controlled injections. The DMSO dissipates into the blood and interstitial fluids, causing the polymer to form an outer skin and solidify from the outside in, achieving an effective seal.

The patented design of the InWIRE® angioplasty guidewire allows for smooth and rapid maneuvering through complex veins and challenging lesions, providing a 1:1 torque ratio for optimal control during intervention. Its nitinol alloy core ensures superior performance and high flexural resistance, while shape retention guarantees consistent reliability throughout the procedure.

The InWIRE® recanalisation guide allows for the insertion and recanalisation of diagnostic or interventional devices into coronary and peripheral vessels, reaching and passing the lesion in the target area. The InWIRE® guide is steerable and comes in various diameters and configurations, adapting to diverse clinical needs.

This extension catheter creates a smooth pathway for balloon and/or stent placement, providing enhanced flexibility and a slick surface that facilitates passage through complex anatomies. The GuideX guide catheter  with its optimised design allows for transforming a failed PCI (percutaneous coronary intervention) into a successful procedure, benefiting both the patient and the hospital.

The NOD valvulotomy catheter special design prevents it from slipping into arm branches, reducing the risk of intimal damage. Furthermore, its sharp plastic cutting edge ensures it doesn’t cause endothelial damage and that valve leaflets are cut atraumatically without tearing.

Furthermore, the TemREN peripheral rotational atherectomy allows for recanalisation without affecting elastic recoil, and offers a practical solution thanks to its ready-to-use assembly, with no need for additional equipment prior to the intervention.

VenaBlock varicose vein closure

Thanks to its ultrasound-guided (USG) outpatient application, the VenaBlock varicose vein closure procedure can be performed in a few minutes without the need for tumescent anesthesia, significantly reducing patient discomfort and recovery times.

VenaBlock eliminates the risks associated with thermal techniques such as burns, hematomas, numbness, or pigmentation. Furthermore, its high clinical success rate of 94.6% at 3 years makes it one of the most effective solutions on the market.

Optimized for supra-patellar peripheral interventions, the Extender paclitaxel-eluting PTA balloon combines mechanical efficacy with precise drug delivery. Its advanced coating allows for controlled administration of paclitaxel, a potent anti-restenotic agent, during brief inflations, reducing drug loss and maximizing its therapeutic efficacy.

With a technology that improves drug retention at the lesion site, Extender offers a minimally invasive alternative to prevent restenosis after PTA procedures.

Its nitinol shaft reinforced with PA/PEBAX polymers provides excellent torque response, kink resistance, and precise rotational control, even in tortuous anatomies. Additionally, the features Mantis directional thrombectomy radiopaque markers that allow for clear visualization under fluoroscopy, facilitating safe and precise navigation.

Its high-speed rotational tip allows for thrombus breakdown and immediate restoration of blood flow. The Mantis XP thrombectomy for fistulas ultra-efficient aspiration system ensures the removal of thrombotic fragments with a minimal risk of distal embolization.

The Dovi thrombus aspiration catheter is ideal for acute or subacute thrombosis procedures, its design allows for smooth navigation through tortuous vessels, with a high capacity for thrombus extraction without the need for thrombolytic drugs.

The %%title%% design provides precision, control, and flexibility, making it a tool of choice in cases where conventional thrombectomy is not effective.

It allows for controlled infusion of drugs or liquids, precise guidewire exchange, and support for other interventional devices, facilitating access in complex clinical situations.

Thanks to its unique tapered entry profile and optimised design, the %%title%% offers smooth navigation in vascular anatomy. It incorporates RO markers with 0.5 mm and 1 cm intervals, providing exact measurement and secure positioning.

Thanks to its innovative multi-loop design and low-profile catheter, the %%title%% offers exact control, high radial force, and minimal trauma, facilitating interventions in both arterial and venous contexts.

Thanks to its distributed micropores at the distal tip, the %%title%% ensures homogeneous diffusion of the thrombolytic agent, optimising pharmacological action with minimal invasiveness.

The lumen allows for the smooth passage of a 0.035” (0.36 mm) guidewire, ensuring stable and precise navigation. The valved %%title%% is also suitable for procedures in pulmonary veins or arteries where targeted thrombolysis is required.

With models that include a protective filter mechanism to prevent the risk of embolism during lysis, and options with a special wire design to prevent obstructions, the %%title%% provides 360-degree coverage thanks to its processing ports distributed throughout the catheter’s perimeter.

Thanks to its nitinol structure, the flexible loop system recovers its original shape after exiting the catheter, allowing for controlled navigation and extraction. Its variable cross-sectional design adapts to the position within the vessel to optimise contact with the thrombus.

The %%title%% allows for precise aspiration targeting of the thrombus, while the handles also act as a tool to clear the lumen in case of obstruction.

Thanks to its advanced design, the %%title%% allows for angiography prior to release, which ensures precise plug placement. Its compatibility with 0.038” guidewires allows access to the distal vasculature using conventional diagnostic catheters.

This vena cava filter is 100% retrievable and does not require the use of retention hooks, which further reduces potential complications. Furthermore, the %%title%% robust structure minimises the risk of fracture during and after implantation.

The %%title%% acts as an exoskeleton that surrounds the dilated vein, helping it regain its physiological diameter. By reducing the distance between the venous valves, they regain proper function, restoring valve competence and significantly improving the patient’s quality of life.

It features a unique tapered entry profile that reduces resistance to advancement and improves vascular access. It incorporates an RO marker with 0.5 mm and 1 cm intervals, offering precise and secure measurement during the procedure.

Thanks to its special design, the Dolphin ZEBRA crossing support catheter offers optimal pushability and great manoeuvrability in complex anatomies, ensuring efficient placement in difficult areas.

The stena flow modulating stent is advanced endoluminally to the desired site under angiographic guidance. Its design allows for the restoration of healthy laminar flow, maintenance of arterial branch patency, and the promotion of organised, stable thrombus formation, all thanks to rapid endothelialisation and a minimally invasive procedure.

It includes tantalum radiopaque markers at both ends to facilitate positioning.

This innovative device features a dual balloon occlusion system that creates an embolic barrier prior to lesion intervention, thereby reducing the risk of distal embolization.

The dual occlusion elastomeric balloons of the Guardian® embolic protection system provide atraumatic suspension of blood flow, ensuring both stability and protection throughout the procedure.