Safco®
Safco® Stand-Up Lectern, 23 X 15.75 X 46, Mahogany 8915MH USS-SAF8915MH
(No reviews yet)
Write a Review
- SKU:
- USS-SAF8915MH
- UPC:
- 073555891522
- MPN:
- 8915MH
- Condition:
- New
- Weight:
- 55.00 LBS
- Shipping:
- Free Shipping
Frequently bought together:
Description
Stand-Up Lectern, 23 X 15.75 X 46, MahoganyEasy assembly with cam-lock fasteners.Includes floor glides.
View AllClose
Additional Information
Country of Origin: |
UNITED STATES |
SubCategory: |
FURNITURE |
Prop 65: |
WARNING: This product can expose you to Lead, which is known to the State of California to cause Cancer and Birth Defect/Reproductive Harm. For more information go to www.P65Warnings.ca.gov. |
International Shipping: |
No |
Lead Time: |
Expected to ship in 1-2 business days |
Features: |
Sturdy 0.75\\" wood construction with stain-resistant laminate finish. |
Related Products
Related Products
Safco® Adjustable Speaker Stand, 21 X 21 X 29.5 To 46, Mahogany-black 8921MH USS-SAF8921MH
Safco®
MSRP:
$155.87
$144.00
Adjustable Speaker Stand, 21 X 21 X 29.5 To 46, Mahogany/blackPaper stop keeps materials secure at all viewing angles.Wood laminate top with black T-molding.Black steel base with floor levelers.
Oklahoma Sound® Orator Lectern, 22 x 17 x 46, Mahogany 800XMY USS-NPS800XMY
Oklahoma Sound®
MSRP:
$1,248.98
$1,153.83
Orator Lectern, 22 x 17 x 46, MahoganyFeatures a 12 x 4 storage shelf.Equipped with a surface-mounted updated, sleek, black halogen lamp.Handy digital timepiece included.
Oklahoma Sound® Full Floor Lectern, 23 x 16 x 46.5, Mahogany 222MY USS-NPS222MY
Oklahoma Sound®
MSRP:
$273.84
$271.52
Full Floor Lectern, 23 x 16 x 46.5, MahoganyHigh pressure thermal-fused laminate on a particleboard core.Durable, scratch- surface.Protective floor glides provided.
Oklahoma Sound® Power Plus Lectern, 22 x 17 x 46, Mahogany 111PLSMY USS-NPS111PLSMY
Oklahoma Sound®
MSRP:
$889.53
$821.77
Power Plus Lectern, 22 x 17 x 46, MahoganyFeatures a 12.5W x 4.25D storage shelf.High pressure thermal-fused laminate on an MDF core.Durable scratch resistance surface.