top of page
PlatfromInnovations_Surgeon_cropped.png

Platform Innovations provides
cost effective solutions for
minimally invasive procedures benefitting patients,
healthcare facilities and physicians. 

The new Platform Adjustable Curve Suction Irrigation Sleeve (ACSIS) protects patients,
saves time and lowers surgical costs.

Platform Innovations Logo

Provides access around surgical instruments and patient anatomy

Diverse Range of High-Quality Materials

Soft blunt distal tip reduces risk of perforating tissue

Improves visibility saving valuable surgical time

Products

The NEW Platform Adjustable Curve Suction Irrigation Sleeve (ACSIS) protects patients, saves time and lowers surgical costs.

PI-Max-Curve-Sequence-FullLength_edited.jpg

CLINICAL BENEFITS

  • Customized articulation provides access around surgical instruments and patient anatomy

PI-Max-Curve-Sequence-FullLength.gif
  • Minimizes delays in robotic surgery as curved tip can provide access around robotic arms

Robotic sacrocolpopexy 2.jpg
  • Non-conducting material insulates metal suction irrigation shafts from arcing from monopolar devices.

  • Soft blunt distal tip reduces risk of perforating tissue from unprotected metal suction irrigation tips.

PI-Tip-CloseUp-2.jpg
  • Improves visibility saving valuable surgical time by providing precise access to pooling fluids (or bleeders).

TS BN reconm.jpg
  • Fits existing rigid straight-line suction and irrigation shafts for both robotic and laparoscopic surgery. Versatile suction sleeve that is compatible with both reusable and disposable straight rigid suction.

Max-Curve-Full-For-Sequence.jpg

TESTIMONIALS

Platform Innovations by Dr. Flynn
Platform Innovations by Dr. Laviana
SUCTION_IRRIGATION_SLEEVE.png

DOWNLOAD A COPY OF THE 
SUCTION IRRIGATION SLEEVE
BROCHURE

THE PLATFORM SUCTION IRRIGATION SLEEVE
ADVANTAGE

Adjustable
Curve

Allows surgical team to maneuver around instruments and anatomy to address blood pooling directly

Reduces Potential
Patient Burn Injury

Protects adjacent anatomy and bowel from arcing while
using electrocautery

Provides Protection to
Soft Tissue

Provides a less traumatic tip to rigid metal suction/irrigation during port introduction and tissue retraction

Cost
Containment

Eliminates potential expense
for additional ports/trocars to be used, reducing inventory costs

 

Enhances visualization,
reducing the risk and cost of converting to an open procedure

 

Improves functionality of suction and irrigation,
reducing OR time required for surgery

APPROVING PLATFORM SUCTION IRRIGATION SLEEVE USE
COST ANALYSIS

Platform_Innovations_savestime.png

OR Surgical
Scenario

Surgical Time Saved Using Sleeve:
5 minutes

Platform_Innovations_Targetedcare_WHITE.png

How Platform Suction
Irrigation Sleeve
Reduces Costs

Reduces time spent on suction/irrigation by enhancing capabilities to efficiently address
bleeding and pooling fluid and improving
visibility.

Platform_Innovations_savesmoney.png

Projected
Savings

Minimim O.R. Savings:
$230/Surgery

Cost of Platform
Suction Irrigation Sleeve: $195

 

Savings per Surgery: $35

Platform_Innovations_relevantdocuments.png

Relevant 
Literature

Journal of
Ortho Business

Average Cost Per Minute of Operating Time-$46

 

Potential savings: 

$230-$460

ORDERING INFORMATION AND SPECIFICATIONS

IMPROVES PATIENT
OUTCOMES

CATALOG NO.

4201


4202

DESCRIPTION

Adjustable Curve Suction Irrigation Sleeve
Sleeve-Long (Robotic)*

Adjustable Curve Suction Irrigation Sleeve
Sleeve-Standard*

DIMENSIONS

7.75mm O.D. x 440mm (L)


7.75mm O.D. x 320mm (L)

Contact
Platform Innovations Logo

Customer Service    239-653-7778

CONTACT US

Get in touch by filling out the form. We’ll respond as soon we can.

Thanks for submitting!

PlatformInnovations_OperatingSurgeon.png
About Us

ABOUT

Platform Innovations is dedicated to developing minimally invasive procedures and devices that focus on achieving better outcomes for patients, physicians and healthcare facilities.

Patents

For more information please contact us through the Contact Us page. 

bottom of page