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The Designer Who Made the Everyday Lamp Worth Looking At

A bare bulb keeps pulling your eye away from the page. W. A. S. Benson’s copper fan shade shows what happens when a lamp puts light where you need it.

By Resin Society 8 min read

Editorial illustration for The Designer Who Made the Everyday Lamp Worth Looking At

You turn the page, and the bulb flashes at the edge of your eye. Again. You tip the book a little to the left. That fixes one line. Then the glare comes back, like a tiny sun that will not set.

Try this before you read on. Raise one hand beside your face, like the brim of a cap, so it sits between your eye and the bulb. Look back at the page. It feels calmer, doesn't it? The words sit still. Your eyes stop squinting. Hold on to that feeling. Over a hundred years ago, a designer built that same small move into a lamp. He did it with copper. And he made it lovely enough that a family kept it in the parlor.

Editorial illustration of a shaded lamp beside a place to read
Resin Society room study. Start with the light where you sit.

A Copper Fan in a Chicago Parlor

The lamp lives at Glessner House in Chicago. The house is a museum now, and its rooms are full of the things one family chose to live with. In the parlor, on a side table, stands a lamp about 19 inches tall. That is roughly the height of a stack of four hardcover novels. It is small enough to sit beside a chair. It is not a grand light for the whole room.

Look at it from the bottom up. It starts with a square foot that rests on four round bun feet. On top of that sits a base shaped like a bell. A slim brass stem rises from the bell. At the top, where you might expect a cloth shade or a glass globe, there is something else. Eight copper blades open out like a fan. The museum's collection notes say the family got the lamp around 1900. They also name the man who designed it: William Arthur Smith Benson.

Illustration of Benson’s copper fan-shade lamp at Glessner House, with overlapping copper blades, curved supports, a brass stem, and a square foot.
Benson’s electric table lamp, acquired by the Glessners around 1900. Resin Society illustration based on the museum’s example. See the actual lamp in the Glessner House photograph ↗

You will often see his name written as W. A. S. Benson. He made lamps, kettles, and other metal things for the home. He worked in England at a time when many designers wanted everyday objects to be well made and good to look at. A lamp did not have to be plain just because it was useful. A useful thing could also be the best-looking thing in the room.

Now look at those copper blades again. At first glance, they seem like trim. They could be a pretty finish, the way a jeweler might add a curl to a ring. They catch the eye. They shine. It would be easy to walk past and think, what a nice decoration.

But they are not just decoration. They have a job.

What the Eight Blades Are Doing

Here is the trick. The blades are angled around the bulb. From the side, where a person sitting in the parlor would look, they block the view of the bare bulb. That is the first job. The blades stand where your hand stood a minute ago. They screen the bright spot so it is not staring back at you.

The second job is the clever part. The blades are made of copper, and copper can have a bright, shiny face. So the light that hits them does not just stop. It bounces. The blades throw that light back out into the room. The museum describes the blades doing both things at once. They reflect the light, and they hide the bulb.

Think about what that means for someone in the room. The bulb is still on. The light is still there. But it now reaches you after a bounce off warm metal, not straight from a hot little point. The bright point stays out of view.

Simplified cutaway showing a copper shade screening a bulb and reflected light reaching the tabletop
An original concept sketch of reflected light. It shows the idea in the Glessner lamp.

So the lamp you might call pretty is also a little machine for comfort. It is the hand-over-the-eyes move, made out of metal and set on a table for good.

Benson and the Problem of Glare

Benson did not stumble onto this idea once. He thought about where light should go and where it should not. In 1897, he wrote notes about lighting a room. The dealer H. Blairman reproduces that period source in its feature on his work.

His advice for a dining room is simple and smart. Put a central light over the table. Aim it down toward the tablecloth. Shield it so it does not shine into the eyes of the people eating. Then add wall lights near the sideboard, where food and dishes wait to be served.

Read that again with your own dinner table in mind. The light goes where the work is, on the plates and the cloth. It stays out of people's faces. Each part of the room gets the light it needs, and no more. That is the same thinking behind the copper fan. Light the thing you care about. Keep the bright source out of sight.

It is an idea that sounds obvious once someone says it. Yet many rooms today still miss it. Think of a bare ceiling bulb in a hallway, or a lamp with a thin shade that shows the bulb like a flashlight through a sheet. Benson wrote down the fix well over a century ago.

Metal, Glass, and a New Kind of Light

Benson worked at an interesting moment. Homes were lit by oil lamps, and electric light was arriving. The Victoria and Albert Museum notes that he made a range of fittings for both oil and electric light. It places him among the Arts and Crafts designers who cared about how a home looked and worked.

That mix tells you something. A designer of that time could not assume every house had the same kind of light. Some rooms still burned oil. Others had wires. Benson made things for both. You can picture a family deciding, room by room, which kind of light to use.

He was showing electric designs early. An exhibition record from 1896 lists an electric pendant by him. A pendant is a light that hangs down from above. That fits his own advice about lighting the dining table from the center.

Glass was part of his toolkit too. The Cooper Hewitt museum in New York has a different Benson lamp. It is not the Glessner lamp. It is a separate object, and it shows another side of his work. That lamp uses soda glass from Whitefriars, a well-known English glassworks. The museum's article also points out that the lamp mixes handwork with parts made by machine.

A circa 1900 Benson table lamp with an opalescent glass globe and metal leaf details
A different Benson table lamp, circa 1900. Cooper Hewitt, Smithsonian Design Museum. Gift of Paul F. Walter, 2009-10-1-a,b. Image credit and public domain record.

That detail is easy to skip, but it matters. Some people think of craft as the opposite of machines. Benson's lamp does not pick a side. Some parts were shaped by hand. Some came from machines. Together they made one careful lamp, without fuss about which method was more pure. It is a bit like a good home cook who uses a food processor for the chopping and still seasons by taste.

Put the two lamps side by side in your mind. One uses copper to bounce and screen the light. The other uses glass to soften and spread it. They are different objects with different answers. But they ask the same question. How do you get the light you want without the glare you don't?

The Chair Test

Now let's go back to your chair. You do not need a copper fan to borrow Benson's idea. You only need to see your lamp the way he might have seen it. This test takes about five minutes, and it works with the lamp you already own.

Sit where you usually read. Hold your book where you usually hold it. Now, without moving your head, look straight ahead and then glance at the page. Can you see the bare bulb, or a bright hot spot through the shade? If you can, that is your glare. That is the tiny sun.

Next, try the hand trick again. Block the bulb with your palm. If the page suddenly feels easier to read, you have found the problem. If you can still read the page, try changing where the lamp sits.

An eye and an open book illustrate two checks: can you see the bulb and can you read the page?
Check the bulb and the page from the same seat.

Now make one change. Move the lamp a little behind you and to one side, so the light falls over your shoulder onto the page. Or try a lower table so the shade can hide the bulb from your seat. Sit back down and read a full page. Notice whether you still want to tip the book away.

If moving the lamp is not possible, try a wall or a light surface nearby. Light that bounces off a pale wall reaches you more gently, a bit like light off those copper blades. You are making your own reflector. It is not as handsome as Benson's, but it works on the same idea.

Some people also keep a second lamp across the room, low and soft. It does not light the book. It just keeps the rest of the room from being a dark cave around one bright spot. That echoes Benson's dining room plan, with one light for the task and others for the room.

If you are shopping for a lamp to sit near a reading chair, the same test still applies. Our Lola Table Lamp is an example of a light you might use for a warm glow on a shelf or side table. If you read in that corner, try a second light aimed at the page. From your seat, see if you can read a full page without noticing either bulb.

Cream Lola Table Lamp on a wooden side table with a cat in the foreground
Lola Table Lamp, a contemporary lamp for room glow.

Questions About Benson and His Lamps

Who was W. A. S. Benson?

William Arthur Smith Benson was a designer who made lamps and other metalwork for the home. The V&A places him in the Arts and Crafts world. His Glessner House lamp and his 1897 lighting notes show a designer who cared about where light should fall.

What do the copper blades on the Glessner lamp do?

They do two jobs. Glessner House says the eight blades reflect light and screen the bulb. So they look like trim, but they keep the bright spot out of your eyes while sending light back into the room.

Did Benson make oil lamps or electric lamps?

Both. The V&A describes his range of oil and electric fittings. An 1896 exhibition record also lists an electric pendant by him.

Is the Cooper Hewitt lamp the same as the Glessner lamp?

No. They are two different objects. The Cooper Hewitt lamp uses Whitefriars soda glass and combines handwork with machine-made parts. The Glessner lamp has the copper fan shade.

Can I get the same effect at home?

You can borrow the idea. Keep the bare bulb out of your line of sight, and let light reach the page from beside or behind you. A pale wall can act as a simple reflector.

Back to the Book

Tonight, sit in your chair with the book you keep putting down. Before you turn the first page, raise your hand to block the bulb. Feel the page go quiet. Then move the lamp until your hand is no longer needed. That is the trick Benson's eight copper blades pull off. They just did it with a lot more style.

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