Breakdown
ReFrame Double Sided Banner Stand
A precision-crafted double sided display stand.
The Falcon Board panels are the interchangeable graphical inserts that hang on the structure. Standard pricing includes print on one visible face. Add reverse-side printing when you want the graphic panels printed on both sides.
Choose the veneer finish for your structure frame. All finishes are UV ink printed faux wood, always double-sided.
Every stand ships with your graphics professionally printed. Choose how your artwork gets made.
A precision-crafted double sided display stand with UV printed faux veneer finish.
Download templates and guides for your Double Sided Stand.
Watch the walkthrough and follow the steps below.
Unbox and inspect all components
Lay all pieces flat on a clean dry surface and confirm all parts are present.
Attach the veneer panel
Align the veneer flush to the recessed channel and press firmly from centre outward.
Insert printed sections
Slide each print section into the corresponding slot from the top edge.
Mount to wall optional
Use the four pre-drilled mounting holes with the included brass hardware.
Final check
Run a hand along all edges to confirm flush seating.
Carbon transparency
Double-sided stand carbon footprint
A transparent, order-level carbon estimate for ReFrame double-sided stands, built for customer ESG and procurement reporting.
Order calculator
Estimate your order footprint
Enter how many banner stands are in the order. The calculator multiplies that by the per-unit footprint.
ESG report
Opens a print-ready ESG report. In the print window, choose “Save as PDF.”
Materials
What is included
- Columbia MPX hardwood plywood (PureBond)1 sheet4.14 kg
- Falcon Board graphic panels1 sheet1.8 kg
- Packaging1 set2.34 kg
Production
How it is made
- UV LED flatbed printing30 min0.219 kg
- CO₂ laser cutting20 min0.114 kg
- Knife cutting30 min1.229 kg
How this is calculated
Built as a transparent, editable estimate.
Each material line is the quantity bought × a published emission factor. Each production line is the machine’s run time × its power draw × the EPA eGRID2023 grid factor for California (CAMX, 0.195 kg CO₂e/kWh), where AOSA’s shop runs.
Boundary: cradle-to-gate materials (A1–A3) plus on-site manufacturing energy. Excludes outbound freight, installation travel, storage, use and end-of-life. Wood and paper figures are fossil emissions only — carbon stored in the plywood is not credited.
Supplier-calculated estimate for ESG and procurement documentation — not a third-party verified EPD. Source model: Reframe_Master_2026carbon.xlsx, 21 Sep 2026 (Zünd G3 max draw; U.S. 2020 corrugated LCA).
Full method, every emission factor and where the materials come from: ReFrame FAQ · data sheet (PDF) · line items (CSV).