Lattice is loaded on an innovative mechanical balloon delivery system. With the help of the self-expanding mechanical balloons, Lattice implant is easy to expand and open while unsheathing.

Mechanical Balloon

Cobalt-chromium alloy, featuring strong radial force and wall apposition.

Implant

Both implant and mechanical balloons are treated with MIROR Technology, a surface modification removing the oxide layers on metal interface.

MIROR

Distal Access Catheter

Flow diverter

Top view

<3.0mm

Nominal Diameter 

3.0-4.0mm

4.0-5.0mm

≥5.0mm

Flow Re-Direction System

Lattice®

Compatible with all microcatheters 0.017”, 0.021”, 0.027”, 0.029”.

Compatibility

Distal Tip with Radiopacity

PTFE Inner Layer

More effective torque diversion and more sensitive distal end response.

Twin-Braided Stainless-Steel Wires

70cm Hydrophilic Distal End Coating

Provides proximal stability and distal flexibility.

8-Segment Outer Layer

Whole

Scenarios

Transradial|Transfemoral

Coiling for Aneurysms in Distal or Tortuous Vessels

Flow Diverter for Aneurysms in Distal or Tortuous Vessels

WEB for Aneurysms

Mechanical Thrombectomy in MeVO (Medium Vessel Occlusions)

Balloon Angioplasty / Stenting for Intracranial Stenosis

Cosine® 45

Easily compatible with coiling microcatheter in 0.071” intermediate catheter to avoid the bilateral punctures.

Dual System Compatibility

Soft distal end for distal access and supportive proximal end for stable deployment.

9-Segment Outer Layer

More effective torque diversion, sensitive distal end response.

Twin-Braided Stainless Steel Wire

Reduce resistance and provide superior pushability.

85cm Hydrophilic Distal End Coating

34.7 cm soft head end section, including 8 progressive softness sections/Flexible placement, easy turning.

Soft Distal End Section

Sectional

Microcatheter

Sine™️ 27

Proximal end provides reliable support; 90cm Hydrophilic Distal End Coating: Reduce resistance.

Excellent Trackability

Pebax elastomer head end: Sensitive to proximal torsional force; 6-segment twin-braided outer structure：Enhance proximal torque transmission for superior pushability and precise control.

Precise Control

Soft TPU material: Reduce the risk of damage to endovascular membrane; Platinum-iridium alloy marker bands: High visibility under fluroscopy.

Rounded Distal Tip

Smooth delivery of stent retrievers and intracranial aneurysm stents.

Sine® 21

Soft macro-molecule distal tip ensures better placement and reduces the risk of damage to endovascular membrane.

Innovative Macro-molecule Distal Tip With Radiopacity

large lumen: Large contact surface with thrombus for high aspiration power; large outer diameter: small gap between Attractor and the vasculatures for high aspiration effectiveness.

0.071” Large Lumen & 0.086” Large Outer Diameter

Smooth delivery; PTFE Distal Tip：Maintain lumen integrity throughout the aspiration procedure.

Stable lumen structure: Resist kinks for turns; Stable head end structure: Avoid deformations caused by aspiration or stent retrieval.

Reach the target location precisely without the help of microcatheters or guidewires; Shorten the duration of surgery; Less peeling coating: Reduce the risk of new ischemic events.

40cm Hydrophilic Distal End Coating

8 progressive softness sections for more precise placement, including 34.8 cm soft head end section.

Aspiration Catheter

Attractor®

3mm macro-molecule distal tip, less stimulation to the vessels than metals.

0.071” Lumen

Smooth delivery of microcatheters and interventional devices.

Provides smooth transitional force from proximal to distal.

Twin-Braided Stainless-Steel Wire

18-21cm length bringing support point closer to treatment site, and increasing stability for device delivery and deployment.

Distal End Soft Zone

Development display

Support 

Soft 

Cosine® 71/55

创造性采用机械球囊输送支架，从支架内部进行辅助膨胀，实现原位释放不扭结、导丝稳定不前窜。

机械球囊

支架采用钴铬合金材质，在机械球囊的辅助膨胀配合下，径向力足、贴壁性佳。

支架体

支架和机械球囊均采用MIROR  表面改性技术处理，减少致栓性、均匀内皮化。

输送导管

密网支架

支架俯视图

标称直径  

血流导向密网支架

首款国产0.045”内径远端通路导管，可输送0.029"/0.027"/0.021”/0.017“微导管。

兼容性

可视性佳

推送器械顺滑无阻，弦无虚发。

PTFE内层

双股不锈钢编织丝，增强支撑力和扭矩力传导。

金属层双股不锈钢丝编织

超长70cm亲水涂层

远端柔软段8层渐变，兼具支撑性与到位性。

远端柔软段

全身照

应用场景

经桡|经股

极远端/迂曲路径的单纯弹簧圈栓塞术

迂曲路径/宽颈巨大动脉瘤的FD栓塞术

WEB栓塞术

MeVO(中型动脉栓塞)机械取栓术

颅内狭窄球囊/支架成形术

远端通路导管

0.071”远端通路导管中轻松兼容弹簧圈微导管，避免双侧穿刺。

外层硬度细腻渐变：远端柔软，到位灵活；近端支撑，释放稳定。

外层9段软硬渐变

增强扭矩力传导，头端响应灵敏；管体保持结构稳定，远端不易出现”拉伸”或”褶皱”形变。

远端85cm亲水涂层

微导管头端柔软段34.7cm，包含8段软硬渐变，导管到位灵活，过弯轻松。

解剖图

微导管

近端强支撑；远端90cm超长亲水涂层，降低阻力。

跟踪性强

Pebax弹性体头端对近端扭转力敏感；6段双股编织结构增强扭矩力传导，提高可推性和操控性。

操控性强

TPU材质，柔软无创；铂铱合金显影圈，可视性强。

圆滑头端

顺滑输送取栓支架和动脉瘤辅助支架。

PTFE内衬管

高分子聚合物头端更柔软，带来更好的到位性，同时减少对血管内膜的损伤。

创新高分子聚合物显影头端

大内径：与血栓接触面大，抽吸力强；
大外径：导管外径与血管直径的比值高，抽吸成功率高。

0.071”大内径、0.086”大外径

内层顺滑推送；头端采用特殊PTFE材质，在抽吸中可以更好地保持形态。

管腔结构稳定，过弯时不易打折；头端不易形变，避免抽瘪、支架回收使头端变形等情况发生。

双股不锈钢编织金属层

增强到位性，无需跟随导管或导丝，缩短手术时间；涂层脱落少，降低新发缺血性事件风险。

远端40cm亲水涂层

外层8个节段渐变，柔软端长度为34.8cm，助力到位。

颅内血栓抽吸导管

显影高分子聚合物设计，无金属材料，减少对血管的刺激；前端无冗余结构，所见即所得。

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