Passive hardware · CNC panel routing (2.5D)

Monitor riser

Name: Monitor riser
Brand: benned
Availability: PreOrder

A load-bearing riser sized to your desk, your screen and your seated eye height, so the top of the display lands where your neck stops working.

Configure

Order today and it arrives around 23 September.

Rise height112 mmSeated eye height minus desk height minus screen centre; 112 mm suits a 1.78 m user at a 750 mm desk.Deck width560 mmAnything from 320 to 900 mm is qualified for production.Deck depth240 mmAnything from 180 to 340 mm is qualified for production.Deck thickness18 mmAnything from 12 to 32 mm is qualified for production.Design load12 kgAnything from 4 to 40 kg is qualified for production.Material0.7 g/cm³, 120 MPaShip it assembled (+€20)4 steps, 6 minutes. As a kit it ships flatter and costs less to fly.Quantity1Tooling is amortised over our committed run of 1,000, so a single unit does not carry the whole mould.

€284per unit, incl. VAT · 7 working days

Reserve this build →

Generated specificationrev MON-0D2XF4F

7 working daysMade for your order · Air express, customs cleared

Or €119 in 37 days on the batch lane.

560 × 240 × 130 mmBounding box

2.4 kgMass

Laminated bambooCNC panel routing (2.5D)

€284incl. VAT, from €133.74

Parts — what is stocked and what is made for you
Deck	Made to order	CNC panel routing (2.5D)
Legs	Made to order	CNC panel routing (2.5D)
Delivered	Assembled	6 min of assembly included

Parameters
Rise height	112 mm	60–210 mm
Deck width	560 mm	320–900 mm
Deck depth	240 mm	180–340 mm
Deck thickness	18 mm	12–32 mm
Design load	12 kg	4–40 kg

Computed
Deflection at design load	0.1 mm	target ≤ 1.5
Unsupported span	437 mm
Screen centre above desk	302 mm

Fits and tolerances — ISO 286, general dimensions ISO 2768-m (±0.8 mm)
Leg tenon into deck	Ø20 H9/d9	clearance 0.0598–0.1644 mm · needs a secondary operation

73Manufacturability
Buildable as specified

Leg tenon into deck needs a secondary operation
H9/d9 at Ø20 mm asks for a tolerance the as-moulded process does not hold. Wood moves with humidity; a d9 shaft keeps the joint assemblable in a Shenzhen summer and a Berlin winter.
→ Specify reaming or facing after the primary operation, and state it on the drawing.
Wood moves between the factory and the customer
A container crossing from 80% humidity in Guangdong to 35% in a heated European flat moves timber by up to 0.3% across the grain.
→ Specify 8–10% equilibrium moisture content at packing, seal all six faces, and never constrain the panel across the grain.
Speed is most of what you are paying for
Air freight is €66.1 of a €133.74 landed cost — 49% of it. This part is heavy enough that flying it costs more than making it.
→ The same configuration by sea takes about 37 working days and cuts the freight to roughly a fiftieth.

Cost breakdown, per unit across a run of 1

Material	€23.78
Process	€4.63
Components	€2.22	3
Assembly	€0.32
Tooling, amortised	€30
Scrap allowance	€3.66
Freight + handling	€66.1
Import duty	€3.04
Landed cost	€133.74	before margin and VAT

What is fixed, and what is yours

The parameters above move; the components do not. Every unit uses the same released bill of materials, from the same certified suppliers, because changing the electronics means repeating the certification — expensive, slow, and invisible to you. The freedom is in the geometry, which is the part you actually see and touch.

deck and legs are made for your order by cnc panel routing (2.5d). That split is the whole reason this can arrive in 7 working days instead of six weeks.

Bill of materials

Component	Supplier	Certification	Lead
Self-adhesive felt pads	Standard	—	20 d
Cable clips, pair	Standard	—	20 d
Flatpack carton with inserts	Local printer	FSC	25 d

Compliance

This product class triggers 1 regulatory regime. We are the manufacturer under EU law even though the factory is in China, so the declaration of conformity and the technical file are ours to hold — and to show you.

Trigger	Legal basis	Standards
Load bearing	General Product Safety Regulation (EU) 2023/988	EN 12521 / EN 1730 where furniture-adjacent, In-house static + fatigue protocol