Why Crystal?

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Ivey-Frank Design&Engineering Why Crystal? … from the designer’s viewpoint This is not a scientific paper, but some thoughts from a designer who also happens to be an engineer and who feels passionate about crystal. Developing crystal for a post millenium world

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Why Crystal?. … from the designer’s viewpoint This is not a scientific paper, but some thoughts from a designer who also happens to be an engineer and who feels passionate about crystal. Developing crystal for a post millenium world. Content. My background in the crystal industry - PowerPoint PPT Presentation

Transcript of Why Crystal?

Page 1: Why Crystal?

Ivey-Frank Design&Engineering

Why Crystal?

… from the designer’s viewpoint

This is not a scientific paper, but some thoughts from a designer

who also happens to be an engineer and who feels

passionate about crystal.

Developing crystal for a post millenium world

Page 2: Why Crystal?

Ivey-Frank Design&Engineering

Content

• My background in the crystal industry

• What does traditional crystal design look like and why did it evolve in the first place?

• What has changed?• What products and designs suit

crystal and where is it wasted?• How can we bring out the best

in the material with our designs?

• Which possible design directions can modern crystal go?

• What technical challenges does this pose to the industry?

• Conclusion

Page 3: Why Crystal?

Ivey-Frank Design&Engineering

My background in the crystal industry• Grew up with crystal at Nachtmann• Engineering degree in at Technical University of Munich

following in my father‘s footsteps• Complete my studies with a M.A. in design at the Royal

College of Art in London• Early experience as a project manager with leading

American design firm IDEO based in London• 1999 entered Nachtmann on the technical side of the

business• Production manager at the Weiden plant• Three years as manager of the design and product

development department• Now run glass design and product development

consultancy

Page 4: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns• Cased crystal• Heavy = value • Sparkle• Fake „cut“ pressed crystal • Exact flat cuts • Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• FigurinesBCT

Page 5: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal

• Repeat patterns• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal• Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• FigurinesWaterford Crystal

Page 6: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns

• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal• Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• Figurines

Nachtmann

Page 7: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns• Cased crystal

• Heavy = value• Sparkle• Fake „cut“ pressed crystal• Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• Figurines

Waterford Crystal

Page 8: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns • Cased crystal• Heavy = value

• Sparkle• Fake „cut“ pressed crystal • Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• Figurines

Swarovski

Page 9: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal • Repeat patterns• Cased crystal• Heavy = value• Sparkle

• Fake „cut“ pressed crystal

• Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• Figurines

Hofbauer / Nachtmann

Page 10: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal

• Exact flat cuts • Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders• Figurines

Baccarat

Page 11: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal • Repeat patterns• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal• Exact flat cuts

• Clean, heavy shapes with thick ice and walls

• Pressed stemware• Press-injected candle-

holders• Figurines

Orrefors

Page 12: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal• Exact flat cuts• Clean, heavy shapes with

thick ice and walls

• Pressed stemware• Press-injected candle-

holders• Figurines

Mikasa

Page 13: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal• Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware

• Press-injected candle-holders

• Figurines

V&B

Page 14: Why Crystal?

Ivey-Frank Design&Engineering

What does traditional crystal look like ?

• Richly cut crystal• Repeat patterns• Cased crystal• Heavy = value• Sparkle• Fake „cut“ pressed crystal • Exact flat cuts• Clean, heavy shapes with

thick ice and walls• Pressed stemware• Press-injected candle-

holders

• FigurinesLalique

Page 15: Why Crystal?

Ivey-Frank Design&Engineering

Why did crystal evolve in the first place?

• Less fragile than Venitian cristallo

• Heavy = value• Cutting:

– Opened up unlimited scope for design

– Feel of ultimate luxury – Hide flaws

• Pressing: flame and acid polishing made possible cheap products with good surface quality and sparkle

• Long glass => development of injection pressing allowed complicated shapes like figurines

• Superior transparency and colour

George Ravenscroft, 1690

Page 16: Why Crystal?

Ivey-Frank Design&Engineering

Why did crystal evolve in the first place?

• Less fragile than Venitian cristallo

• Heavy = value• Cutting:

– Opened up unlimited scope for design

– Feel of ultimate luxury – Hide flaws

• Pressing: flame and acid polishing made possible cheap products with good surface quality and sparkle

• Long glass => development of injection pressing allowed complicated shapes like figurines

• Superior transparency and colour

England, 17th C.

Page 17: Why Crystal?

Ivey-Frank Design&Engineering

Why did crystal evolve in the first place?

• Less fragile than Venitian cristallo

• Heavy = value• Cutting:

– Opened up unlimited scope for design

– Feel of ultimate luxury – Hide flaws

• Pressing: flame and acid polishing made possible cheap products with good surface quality and sparkle

• Long glass => development of injection pressing allowed complicated shapes like figurines

• Superior transparency and colour

Perrin Geddis & Co., 1806-8

Page 18: Why Crystal?

Ivey-Frank Design&Engineering

Why did crystal evolve in the first place?

• Less fragile than Venitian cristallo• Heavy = value• Cutting:

– Opened up unlimited scope for design

– Feel of ultimate luxury – Hide flaws

• Pressing: flame and acid polishing made possible cheap products with good surface quality and sparkle

• Long glass => development of injection pressing allowed complicated shapes like figurines

• Superior transparency and colour

Nachtmann, 1970

Page 19: Why Crystal?

Ivey-Frank Design&Engineering

Why did crystal evolve in the first place?

• Less fragile than Venitian cristallo• Heavy = value• Cutting:

– Opened up unlimited scope for design

– Feel of ultimate luxury – Hide flaws

• Pressing: flame and acid polishing made possible cheap products with good surface quality and sparkle

• Long glass => development of injection pressing allowed complicated shapes like figurines

• Superior transparency and colour

Nachtmann

Page 20: Why Crystal?

Ivey-Frank Design&Engineering

Why did crystal evolve in the first place?

• Less fragile than Venitian cristallo

• Heavy = value• Cutting:

– Opened up unlimited scope for design

– Feel of ultimate luxury – Hide flaws

• Pressing: flame and acid polishing made possible cheap products with good surface quality and sparkle

• Long glass => development of injection pressing allowed complicated shapes like figurines

• Superior transparency and colourHoya

Page 21: Why Crystal?

Ivey-Frank Design&Engineering

What has changed?

• Most crystalline formulations are now less fragile than crystal• Traditional repetititve cut or fake-cut patterns in decline• Pure shapes without decoration have become more popular• Cost of traditional cutting, rework and acid polishing has been

rising• Thin = quality / high value• Improvements in technology: crystalline can be used for

many items• Patterns to camouflage flaws are less necessary• Growing supply of cheap, hand-made and especially coloured

glass opens up new design alternatives• Issues like prop 65 mean unwanted hassle to some

companies

Page 22: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework• Complex press-injected

shapes• Thick walls because of

transparency and colour• The sparkle of luxury:

– real cut crystal – real cased crystal – modern press patterns

Riedel

Page 23: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework

• Complex press-injected shapes

• Thick walls because of transparency and colour

• The sparkle of luxury: – real cut crystal – real cased crystal – modern press patterns

Gaia&Gino

Page 24: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework

• Complex press-injected shapes

• Thick walls because of transparency and colour

• The sparkle of luxury: – real cut crystal – real cased crystal – modern press patterns

Nachtmann

Page 25: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework• Complex press-injected

shapes

• Thick walls because of transparency and colour

• The sparkle of luxury: – real cut crystal – real cased crystal – modern press patterns

Hoya

Page 26: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework• Complex press-injected

shapes• Thick walls because of

transparency and colour

• The sparkle of luxury: – real cut crystal – real cased crystal – modern press patterns

William Yeoward

Willian Yeoman

Page 27: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework• Complex press-injected

shapes• Thick walls because of

transparency and colour

• The sparkle of luxury: – real cut crystal – real cased crystal – modern press patterns

Nachtmann

Page 28: Why Crystal?

Ivey-Frank Design&Engineering

What products and designs suit crystal?

• Wine glasses (sound and balance)

• Designs which need rework• Complex press-injected

shapes• Thick walls because of

transparency and colour

• The sparkle of luxury: – real cut crystal – real cased crystal – modern press

patterns

Nachtmann

Page 29: Why Crystal?

Ivey-Frank Design&Engineering

Where is crystal wasted ?

• Plain, thin-walled shapes

• Richly patterned pressed items

• Functional table ware (plates, bowls, jugs, etc.)

• Heavy pressed stemware• „Everyday“ stemware

• For all these items I see a better future with other materials such as crystalline

Nachtmann

Page 30: Why Crystal?

Ivey-Frank Design&Engineering

Where is crystal wasted ?

• Plain, thin-walled shapes

• Richly patterned pressed items

• Functional table ware (plates, bowls, jugs, etc.)

• Heavy pressed stemware• „Everyday“ stemware

• For all these items I see a better future with other materials such as crystalline

V&B

Page 31: Why Crystal?

Ivey-Frank Design&Engineering

Where is crystal wasted ?

• Plain, thin-walled shapes• Richly patterned pressed

items

• Functional table ware (plates, bowls, jugs, etc.) is lighter and more durable in crystalline

• Heavy pressed stemware• „Everyday“ stemware

• For all these items I see a better future with other materials such as crystalline

Nachtmann

Page 32: Why Crystal?

Ivey-Frank Design&Engineering

Where is crystal wasted ?

• Plain, thin-walled shapes• Richly patterned pressed

items • Functional table ware

(plates, bowls, jugs, etc.)

• Heavy pressed stemware

• „Everyday“ stemware

• For all these items I see a better future with other materials such as crystalline

Nachtmann

Page 33: Why Crystal?

Ivey-Frank Design&Engineering

Where is crystal wasted ?

• Plain, thin-walled shapes• Richly patterned pressed

items • Functional table ware

(plates, bowls, jugs, etc.)• Heavy pressed stemware• „Everyday“ stemware

• For all these items I see a better future with other materials such as crystalline

Nachtmann

Page 34: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive• Work with varying thickness

of rims• Emphasize edges• Play with optical effects• Take the complexity of

shapes to extremes• Never kill a product with

decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was invented

BCT

Page 35: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive

• Work with varying thickness of rims

• Emphasize edges• Play with optical effects• Take the complexity of

shapes to extremes• Never kill a product with

decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was inventedGaia&Gino

Page 36: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive

• Work with varying thickness of rims

• Emphasize edges• Play with optical effects• Take the complexity of

shapes to extremes• Never kill a product with

decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was invented

Nachtmann

Page 37: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive• Work with varying thickness

of rims

• Emphasize edges• Play with optical effects• Take the complexity of

shapes to extremes• Never kill a product with

decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was invented

Nachtmann

Page 38: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive• Work with varying thickness

of rims• Emphasize edges

• Play with optical effects• Take the complexity of shapes

to extremes• Never kill a product with

decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was invented

William Yeoward

Page 39: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive• Work with varying thickness

of rims• Emphasize edges• Play with optical effects

• Take the complexity of shapes to extremes

• Never kill a product with decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was invented

CALP

Page 40: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive• Work with varying thickness

of rims• Emphasize edges• Play with optical effects• Take the complexity of

shapes to extremes

• Never kill a product with decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was inventedStuart Crystal

Page 41: Why Crystal?

Ivey-Frank Design&Engineering

How can design bring out the best in crystal?

• Stemware: Taking sound and feel into consideration

• Keeping the sparkle alive• Work with varying thickness

of rims• Emphasize edges• Play with optical effects• Take the complexity of

shapes to extremes• Never kill a product with

decoration, but contrast clean surfaces with patterned ones

• Use traditional techniques for which crystal was inventedNachtmann

Page 42: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

Gaia&Gino

• Large items • New glamour • Take the sparkle to the

extreme• Patterns from nature instead

of geometry • Revival of classical patterns

applied in a modern way• „Mix & Match“ look• Vases are not only for flowers• True colour • Plain bowls – decorated stems• Crystal used in jewelry and

fashion

Page 43: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items

• New glamour • Take the sparkle to the

extreme• Patterns from nature instead

of geometry• Revival of classical patterns

applied in a modern way• „Mix & Match“ look• Vases are not only for flowers• True colour• Plain bowls – decorated

stems• Crystal used in jewelry and

fashion

Nachtmann

Page 44: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items • New glamour • Take the sparkle to

the extreme • Patterns from nature

instead of geometry• Revival of classical patterns

applied in a modern way• „Mix & Match“ look• Vases are not only for

flowers• True colour• Plain bowls – decorated

stems• Crystal used in jewelry and

fashionSwarowski

Page 45: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme

• Patterns from nature instead of geometry

• Revival of classical patterns applied in a modern way

• „Mix & Match“ look• Vases are not only for flowers• True colour• Plain bowls – decorated stems• Crystal used in jewelry and

fashion

Page 46: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme• Patterns from nature instead

of geometry

• Revival of classical patterns applied in a modern way

• „Mix & Match“ look• Vases are not only for flowers• True colour• Plain bowls – decorated stems • Crystal used in jewelry and

fashion

Wedgewood

Hermes

Page 47: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme • Patterns from nature instead

of geometry• Revival of classical patterns

applied in a modern way

• „Mix & Match“ look• Vases are not only for flowers• True colour• Plain bowls – decorated

stems• Crystal used in jewelry and

fashionNachtmann

Page 48: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme• Patterns from nature instead

of geometry• Revival of classical patterns

applied in a modern way• „Mix & Match“ look

• Vases are not only for flowers

• True colour• Plain bowls – decorated stems• Crystal used in jewelry and

fashion

Page 49: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme• Patterns from nature instead

of geometry• Revival of classical patterns

applied in a modern way• „Mix & Match“ look• Vases are not only for flowers

• True colour• Plain bowls – decorated stems• Crystal used in jewelry and

fashion

Orrefors

Tittot

Page 50: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme• Patterns from nature instead

of geometry• Revival of classical patterns

applied in a modern way• „Mix & Match“ look• Vases are not only for flowers• True colour

• Plain bowls – decorated stems

• Crystal used in jewelry and fashion

Rosenthal Versace

Page 51: Why Crystal?

Ivey-Frank Design&Engineering

Which possible design directions can modern crystal go?

• Large items• New glamour• Take the sparkle to the

extreme• Patterns from nature instead

of geometry• Revival of classical patterns

applied in a modern way• „Mix & Match“ look• Vases are not only for flowers• True colour • Plain bowls – decorated

stems

• Crystal used in jewelry and fashion

Swarorwski

Page 52: Why Crystal?

Ivey-Frank Design&Engineering

What technical challenges does this pose to the industry?

• Improve pressing techniques in order to allow very large items with an acceptable weight

• Pressed stemware: thin, thin, thin

• Improve stationary blowing (the possibilities for rotational or open shapes are running out)

• Work on mould technology to realise ever more complex shapes

• Reduce cost in traditional techniques

• Work on techniques for bringing true colour back into crystal

• Find better ways to deal with mould lines other than hiding them with fake-cuts

Page 53: Why Crystal?

Ivey-Frank Design&Engineering

Conclusion: Making virtue out of necessity!

• Part of the crystal market is likely to be replaced by crystalline, but it is the crystal manufacturers who are best suited to produce these new items

• We will still need crystal for all the more challenging designs, but as a result, crystal is returning to its origins as a niche and luxury product, but at price points which keeps it available to a large market.

• The era of plain design will run its course. At this point we need to be ready with concepts for truely modern decoration for crystal and crystalline.

• „Mix&Match“ and „New Glamour“ trends allow even the most purist design enthusiast to bring back a touch of crystal sparkle to their homes.

• From the designer‘s point of view there is a future for crystal, but it will need bold new concepts to bring the material back to the consumer‘s attention.

• In order to achieve this, close collaboration between design and technology will be more important than ever before.