


Compare
View Alternative
Xact® Scar Radiology Skin Marker M10LT for Precise Imaging in 2D/3D Mammography and CT
M10LT | USAMP#54272496
color
Red
Green
dimensions
1 cm Perforations
10 mm
shape
Triangle
Product Description
- Compatible with multiple modalities including 2D mammography, 3D mammography (tomosynthesis), and CT scans, ensuring versatile use across different imaging requirements.
- Features low-density, see-through marking technology for enhanced visualization of deeper tissues without compromising image quality.
- Innovative two-in-one design suitable for both 2D and 3D imaging, helping to streamline inventory and reduce costs.
- Incorporates FineLine™ technology to provide the finest line available on the market, enabling clearer tissue visualization for accurate diagnostics.
- Designed with superior adhesion to ensure markers stay in place on the patient, minimizing the risk of transfer to clothing or equipment.
- Flexible and conforming material adapts to various body contours for improved patient comfort and consistent imaging results.
Product Specification
Manufacturer SKU
M10LT
Manufacturer
Solstice
Brand
Xact®
USAMP SKU
USAMP#54272496
Application
Radiology Skin Marker
UNSPSC Code
42201843
Country Of Origin
United States
Usage
Single Use
Sterility
NonSterile
Color
Red
Material
Plastic
Dimensions
1 cm Perforations
Type
Scar
Locked
Base Price
$66.55
BX
🎯 Unlock Your Custom Tiered Price
15-35% bulk discounts
100+
units
10% OFF
$XX.XX
per unit
Save $XXX
Payment Terms
Priority Shipping
Custom Contract Pricing
250+
units
20% OFF
$XX.XX
per unit
Save $XXX
Payment Terms
Priority Shipping
Custom Contract Pricing
500+
units
30% OFF
$XX.XX
per unit
Save $XXX
Payment Terms
Priority Shipping
Custom Contract Pricing
Unlock Bulk Pricing
See pricing for all volume tiers
Instant access to volume pricing. Register free to compare all tiers and calculate your exact savings.
5,000+ verified buyers
Average savings:$23,400/year
15-35% OFF
for healthcare facilities on bulk orders
24/7 Live Chat!
Instant support anytime