MadeBy by Second Nature
Collection
CW-11 Stand Mirror

Accessories

CW-11 Stand Mirror

Regular Pricing£79

Member pricing£67(-15%) · for approved members

This mirror rethinks a familiar object through material honesty and quiet invention. The glass is held in place by a sculptural clasp, 3D printed from spent coffee grounds.

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Specification
Front concept illustration of CW-11 Stand Mirror
Front
Side concept illustration of CW-11 Stand Mirror
Side
Three-quarter concept illustration of CW-11 Stand Mirror
Three-quarter
Shipping and returns

Delivery options, lead times and returns terms will be confirmed for your order. Contact MadeBy with your delivery location and quantity.

Questions

For materials, samples, care, installation or project quantities, ask about this piece.

A record that travels with the piece.

What a piece is made from, how it came together and what happens to it next — held as one record rather than a page of claims.

Passport in development

Carbon against an imported mirror

89.6%

Less CO₂e per mirror

This mirror7.8 kg CO₂e
Imported mirror75 kg CO₂e
Saved in production
5.78 t CO₂e
Kept from landfill
2.58 t CO₂e
Placeholder figures — this piece's own workshop calculation is still to come.

Passport record

cw-11-stand-mirror

Material
To be added
to confirm
Total weight
To be added
to confirm
Total waste weight
To be added
to confirm
Made at
To be added
to confirm
Assembled at
To be added
to confirm
Waste stream
Coffee, Cardboard
recorded
Feedstock
Coffee, Bio PLA, Cardboard & Bio binder
recorded
Preparation
Dried, sieved, Shredded & Vacuum packed.
recorded

How it's made

From coffee, cardboard to this piece.

Wet grounds become a dry, graded feedstock, then a dark speckled composite that can be printed and formed.

Read the coffee grounds stream

  1. Step 01

    Collect

    Grounds are captured separately at the machine, without tea bags, food or other service waste.

  2. Step 02

    Dry

    Moisture is removed promptly to stabilise the material and make storage and transport practical.

  3. Step 03

    Compound

    Grounds are combined with a bio PLA recipe for the forming method.

  4. Step 04

    Extruded

    The compounded pellets are then extruded through a die and wound into filament.

  5. Step 05

    3D Printing

    We then use the filament to make products from our coffee waste.

Espresso portafilter packed with tamped grounds beside an ejected coffee puck and whole beansA person examining dried coffee grounds spread on parchment inside a stainless steel trayClose-up of dark cylindrical material pellets in a translucent tub on a cardboard surfaceBrown recovered-material filament wound onto a spool on a workshop spooling rigA printer building a fluted coffee-composite shade, a jar of spent grounds beside it

Made layer by layer

Printed, not wasted.

Grounds are dried, compounded with bio-PLA and extruded into filament, then printed layer by layer into the part. Nothing is cut away from a sheet — material goes only where the part needs it.

Fittings are kept separate from the printed body wherever the design allows, so a single part can be replaced rather than the whole piece, and a finished piece can come back to us for reprocessing.

A designer measuring a prototype shade with calipers beside its model on screen
Coffee composite being manufactured into a new part on a printer carrying two spools