All language subtitles for S31E03 - Spinning Reels; Plasma Protein Therapies; 3D Cups; Stainless Steel Beer Kegs (1080p AMZN WEB-DL x265 Garshasp)_track4_[eng]
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--captions by vitac--
Www.Vitac.Com
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00:00:04,620 --> 00:00:07,586
Captions paid for by
Discovery communications
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Narrator:
Spinning reels are also
Called fixed spool reels.
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00:00:57,241 --> 00:01:01,000
That's because the spool on this
Fishing reel doesn't rotate.
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00:01:01,000 --> 00:01:04,517
Instead, a device around
The spool does the spinning,
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00:01:04,517 --> 00:01:06,655
Which winds the fishing line.
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00:01:06,655 --> 00:01:08,965
The advantage of using
A non-spinning spool
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00:01:08,965 --> 00:01:13,206
Is there's no backlash
Of the line.
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00:01:13,206 --> 00:01:16,413
A spinning reel provides
A unique twist on fishing.
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00:01:16,413 --> 00:01:19,655
Unlike other reels,
The spool doesn't rotate.
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00:01:19,655 --> 00:01:22,137
Instead, a pivoting,
U-shaped wire
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00:01:22,137 --> 00:01:27,241
Called a bail spins around
The spool to wrap the line.
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00:01:27,241 --> 00:01:28,586
Making a spinning reel
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00:01:28,586 --> 00:01:32,137
Starts with a cylindrical
Chunk of aluminum.
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00:01:32,137 --> 00:01:35,448
Computerized cutters carve
The cylinder into the rotor
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00:01:35,448 --> 00:01:39,000
That spins the bail
Around the reel spool.
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00:01:39,000 --> 00:01:41,931
The transformation is complete.
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00:01:41,931 --> 00:01:45,896
The cutter sculpts side arms
Onto the rotor to hold the bail,
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00:01:45,896 --> 00:01:48,793
Carving a hole
For the spool shaft.
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00:01:48,793 --> 00:01:51,793
Then a protective finish
Is applied to the rotor,
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00:01:51,793 --> 00:01:54,275
And the bail is attached.
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00:01:54,275 --> 00:01:57,344
Next, a craftsman heats
A cylindrical piece of steel
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00:01:57,344 --> 00:02:00,862
In a furnace
Until it's hot and flexible.
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00:02:00,862 --> 00:02:02,758
Then it's transferred over
To a press
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00:02:02,758 --> 00:02:05,448
That flattens the cylinder.
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00:02:05,448 --> 00:02:09,310
The worker inserts the hot
Steel puck into a mold.
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00:02:09,310 --> 00:02:13,586
The top half descends and forces
The steel into the crevices.
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00:02:13,586 --> 00:02:15,758
Tools cut teeth into the part,
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00:02:15,758 --> 00:02:18,931
Completing the transformation
Into a gear.
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00:02:18,931 --> 00:02:23,172
Next, the gear housing is formed
Using aluminum alloy.
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00:02:23,172 --> 00:02:26,068
To trim the excess material
From around the edges,
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00:02:26,068 --> 00:02:28,206
Designers use a die cutter.
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00:02:28,206 --> 00:02:29,827
It punches down a part,
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00:02:29,827 --> 00:02:33,034
Which then slides down a chute
Into a bin.
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00:02:33,034 --> 00:02:36,172
At another station, a laser
Etches the company name
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00:02:36,172 --> 00:02:38,413
And the product number
Into the part.
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00:02:41,206 --> 00:02:43,931
The gear system is now ready
To be assembled.
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00:02:48,275 --> 00:02:53,206
The technician brushes oil
On a transmission gear...
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00:02:53,206 --> 00:02:55,241
Installs it in the gear housing
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00:02:55,241 --> 00:02:56,931
And screws it in place.
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00:02:59,172 --> 00:03:05,275
Next, a part called a slider
Is placed on top of the gear.
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00:03:05,275 --> 00:03:07,034
The ends of the slider
Are attached
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00:03:07,034 --> 00:03:10,103
To the spinning reel body
Using thick pins.
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00:03:13,344 --> 00:03:15,275
The slider moves the spool up
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00:03:15,275 --> 00:03:18,206
And down as the bail
Spins the line.
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00:03:20,275 --> 00:03:22,931
Oil is applied onto the neck
Of the gear body,
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00:03:22,931 --> 00:03:27,379
And a helical pinion
Is inserted into the gear.
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00:03:27,379 --> 00:03:30,034
Next, the technician installs
A roller element
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00:03:30,034 --> 00:03:32,965
On the extended part
Of the pinion gear.
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00:03:32,965 --> 00:03:35,655
A retaining ring is positioned
Between the bearing
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00:03:35,655 --> 00:03:39,275
And the gear body.
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00:03:39,275 --> 00:03:40,896
Then a wider steel ring
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00:03:40,896 --> 00:03:45,241
Is placed
Onto the outside of the neck.
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00:03:45,241 --> 00:03:49,241
An outer metal sleeve
Holds the part together.
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00:03:49,241 --> 00:03:53,931
The threaded end of
The pinion gear is set on top.
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00:03:53,931 --> 00:03:57,275
Next, the rotor is attached
On the end of the pinion gear
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00:03:57,275 --> 00:04:00,931
And secured with a nut.
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00:04:00,931 --> 00:04:03,206
This connects the rotor
To the gear.
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00:04:05,931 --> 00:04:11,034
The rotor is tested to confirm
That it's operating smoothly.
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00:04:11,034 --> 00:04:14,655
Another operator places
The main gear in the gear body
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00:04:14,655 --> 00:04:18,551
So that the lower teeth engage
With the other gears.
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00:04:18,551 --> 00:04:22,413
The operator slides a metal
Washer on the gear shaft
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00:04:22,413 --> 00:04:27,068
And links a main axle shaft
To the slider.
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00:04:27,068 --> 00:04:30,482
The operator screws the end
Of the shaft to the slider...
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00:04:34,068 --> 00:04:37,344
...And inserts thick pins
Into the gear housing.
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00:04:37,344 --> 00:04:38,689
They'll prevent the main gear
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00:04:38,689 --> 00:04:41,103
From turning
In the wrong direction.
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00:04:41,103 --> 00:04:45,931
The spinning reel gear system
Is now complete.
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00:04:45,931 --> 00:04:50,413
Next, an operator attaches
A side plate to the gear body.
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00:04:50,413 --> 00:04:53,551
This encases the spinning
Reel's gear system.
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00:04:53,551 --> 00:04:55,586
The threaded fitting will enable
The gears
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To be linked to a handle.
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00:05:02,931 --> 00:05:05,827
The reel spool has a drag
System inside
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00:05:05,827 --> 00:05:08,034
So the line will slip
Instead of breaking
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When pulled by a powerful fish.
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A drag adjustment knob is
Screwed to the end of the spool,
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Then the technician
Fastens the handle
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00:05:17,931 --> 00:05:19,793
To the fitting in the gear body
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And checks to confirm
It operates smoothly.
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00:05:26,000 --> 00:05:28,862
An automated testing system
Turns the handle
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While water flows
Over the gear body.
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This exposes any leaks
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00:05:33,344 --> 00:05:36,172
That could compromise
The internal gear system.
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00:05:38,931 --> 00:05:42,827
Finally, this spinning reel
Is ready for action.
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Narrator:
Plasma is a yellow-colored
Liquid component of blood
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That holds blood cells
In suspension.
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It's 90% water
And contains critical proteins.
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Companies harvest these proteins
From donated plasma
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To manufacture
Medical treatments.
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Proteins from human plasma
Are used to treat shock,
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Bleeding disorders,
And immune deficiencies.
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First, the plasma is separated
From the blood cells
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00:06:23,655 --> 00:06:25,103
And placed in a freezer
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00:06:25,103 --> 00:06:28,172
At a temperature
Of minus-4 degrees fahrenheit.
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00:06:28,172 --> 00:06:32,482
This process preserves it until
Scientists can test its quality.
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00:06:32,482 --> 00:06:34,724
A computer monitors
The temperature
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00:06:34,724 --> 00:06:37,241
And prints out measurements
So the team can ensure
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00:06:37,241 --> 00:06:40,172
The plasma remains
Adequately frozen.
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00:06:42,448 --> 00:06:46,931
Ready for production, the plasma
Goes from a freezer to a cooler,
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00:06:46,931 --> 00:06:50,000
And then a warming bath
To thaw the outer layer.
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A machine collects the bottles
And moves them into slots.
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A blade slices them open
To release the plasma.
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The outer layer of plasma
Has liquefied,
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00:07:04,137 --> 00:07:07,310
But the cores are still frozen.
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00:07:07,310 --> 00:07:12,482
Then the plasma travels forward
To a heated mixing tank.
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The agitator and heat break up
The chunks,
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00:07:15,206 --> 00:07:18,241
And the plasma becomes liquid.
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Transferred to other tanks,
Technicians expose the plasma
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00:07:21,965 --> 00:07:26,275
To conditions that cause the
Proteins to become insoluble.
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They're pressed into slabs.
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In this form, the proteins
Are known as precipitate.
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A technician scrapes
The precipitate
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Off the filter sheets
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And into a plastic-lined
Container.
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00:07:40,241 --> 00:07:43,068
An automated system retrieves
The filter sheets
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00:07:43,068 --> 00:07:44,827
And takes them
Through wash stations
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To remove residual precipitate.
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00:07:47,896 --> 00:07:49,482
Once thoroughly washed,
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00:07:49,482 --> 00:07:52,413
The filter sheets are ready
For the next filtration.
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00:07:54,931 --> 00:07:57,000
A technician breaks
The protein chunks
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00:07:57,000 --> 00:08:00,482
Into smaller pieces
And bags them for freezing.
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This protein is called albumin.
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00:08:03,068 --> 00:08:07,137
Albumin helps maintain
And repair tissue growth.
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00:08:07,137 --> 00:08:12,137
Next, technicians dissolve
The albumin protein in water.
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00:08:12,137 --> 00:08:15,103
They remove the precipitate
From the freezer
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00:08:15,103 --> 00:08:17,448
And pound the outside of the bag
To further reduce
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00:08:17,448 --> 00:08:19,655
The size of the pieces inside.
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00:08:22,068 --> 00:08:25,655
Then the bags of precipitate
Are emptied into the mixer,
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00:08:25,655 --> 00:08:28,034
Causing the particles
To disperse.
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00:08:31,103 --> 00:08:33,000
Over the next day and a half,
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Processing continues to purify
And concentrate the albumin.
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00:08:37,931 --> 00:08:41,206
At the same time, glass bottles
Enter into a chamber
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With cameras to take pictures
Of each bottle.
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A computer locates
Defective bottles
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And signals a mechanism
To knock them out of the line.
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The bottles cycle
Through a washing machine,
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And then a hot tunnel
For sterilization.
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They're now ready
For the albumin protein.
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00:09:03,068 --> 00:09:06,034
Needles inject the protein
Into the bottles,
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00:09:06,034 --> 00:09:08,551
Filling eight
Bottles simultaneously.
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00:09:12,137 --> 00:09:16,000
A robotic arm inserts stoppers
In the neck of the bottles.
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00:09:19,068 --> 00:09:24,413
Then a machine installs
Aluminum seals with flip caps.
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00:09:24,413 --> 00:09:29,000
They crimp the seals around
The necks for extra protection.
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00:09:29,000 --> 00:09:31,551
Technicians load racks
Of the bottled albumin
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00:09:31,551 --> 00:09:33,517
Into a pasteurizer.
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00:09:33,517 --> 00:09:35,206
The chamber fills with water
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00:09:35,206 --> 00:09:37,965
Heated to 140 degrees
Fahrenheit.
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00:09:37,965 --> 00:09:40,620
This kills any
Potential pathogens.
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00:09:43,379 --> 00:09:47,103
The glass vials slowly spin
By a magnifying glass
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00:09:47,103 --> 00:09:49,862
As inspectors
Scrutinize them for cracks,
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00:09:49,862 --> 00:09:53,758
Missing stoppers, broken seals,
And other defects.
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00:09:56,241 --> 00:10:00,172
A technician takes out any
Product with physical flaws.
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00:10:00,172 --> 00:10:02,931
As the remaining bottles
Continue down the line,
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00:10:02,931 --> 00:10:05,379
An inspector
Examines them again.
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00:10:05,379 --> 00:10:11,068
This time, visually checking the
Volume of the albumin protein.
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00:10:11,068 --> 00:10:13,689
At the next station,
Labels unwind,
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00:10:13,689 --> 00:10:15,172
And a camera takes a picture
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00:10:15,172 --> 00:10:18,689
For a computer check
Of the batch information.
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00:10:18,689 --> 00:10:23,379
The computer confirms that
What's on the label is accurate.
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00:10:23,379 --> 00:10:26,793
Next, specialists place a sample
In a petri dish
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And incubate it for 14 days.
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00:10:29,448 --> 00:10:32,344
If there are unwanted
Micro-organisms in the batch,
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They'll grow.
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But if not,
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The protein therapy
Is cleared for use.
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This protein therapy is now
Ready for medical emergencies.
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00:10:51,689 --> 00:10:55,241
Pictures on 3-d cups have depth
And appear to move,
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Depending on the angle
You view them.
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00:10:57,379 --> 00:10:58,965
It's a neat trick made possible
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00:10:58,965 --> 00:11:02,275
By a technology
Known as lenticular printing.
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00:11:02,275 --> 00:11:06,413
A sheet of tiny plastic lenses
Is applied to interlaced images,
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00:11:06,413 --> 00:11:09,758
Creating a kind of graphic magic
To entertain you.
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00:11:13,724 --> 00:11:16,172
A 3-d cup fools the eye.
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00:11:16,172 --> 00:11:17,689
Viewed from different angles,
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00:11:17,689 --> 00:11:20,241
The artwork seems
To come to life.
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00:11:20,241 --> 00:11:22,758
It's all a carefully
Crafted illusion.
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00:11:24,793 --> 00:11:29,793
Making 3-d cups starts
With clear plastic pellets.
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00:11:29,793 --> 00:11:31,758
An extruder machine melts
The pellets
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00:11:31,758 --> 00:11:34,344
To a semi-liquid consistency.
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00:11:34,344 --> 00:11:39,793
An engraving cylinder forms it
Into rows of tiny convex lenses.
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00:11:39,793 --> 00:11:43,241
Water-chilled cylinders
Cool the sheet of lenses.
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00:11:43,241 --> 00:11:45,241
This solidifies the plastic,
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00:11:45,241 --> 00:11:48,862
Then a gauge measures
The lenses' thickness.
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00:11:48,862 --> 00:11:52,793
A blower device
Dissipates static.
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00:11:52,793 --> 00:11:56,034
An ink jet printer prints
Information on the edge.
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This indicates the optical
Resolution of the lenses,
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00:11:59,206 --> 00:12:02,827
The type of plastic,
And the lot number.
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00:12:02,827 --> 00:12:07,758
Then a rotary blade
Cuts the plastic into sheets.
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00:12:07,758 --> 00:12:10,206
The sheets land in a neat stack.
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00:12:15,965 --> 00:12:18,551
To confirm their size
And alignment,
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00:12:18,551 --> 00:12:23,793
An inspector views them against
A pitch test pattern.
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00:12:23,793 --> 00:12:27,655
Another inspector magnifies
A sample 100 times
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00:12:27,655 --> 00:12:30,241
And measures the thickness
Of the lenses.
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00:12:30,241 --> 00:12:31,931
Too thin or thick,
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00:12:31,931 --> 00:12:34,896
And the lens display
Won't focus.
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00:12:34,896 --> 00:12:37,448
With a lens strip clamped
At both ends,
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00:12:37,448 --> 00:12:40,034
The machine pulls it
From the top.
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00:12:40,034 --> 00:12:41,931
How far it stretches
Until it breaks
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00:12:41,931 --> 00:12:43,655
Is a measure of its strength.
200
00:12:46,758 --> 00:12:52,724
Meanwhile, a team designs
And edits scenes on a computer.
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00:12:52,724 --> 00:12:54,517
Designers copy the scene,
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00:12:54,517 --> 00:12:56,896
Divide it into
Very narrow strips,
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00:12:56,896 --> 00:13:00,758
And then interlace the strips.
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00:13:00,758 --> 00:13:03,551
Next, the strips are combined
Into a 2-dimensional,
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00:13:03,551 --> 00:13:05,275
Digital file.
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00:13:07,758 --> 00:13:11,206
Designers now run test copies
Known as proofs.
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00:13:11,206 --> 00:13:14,448
This process tests sheets
Of colored plastic film
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00:13:14,448 --> 00:13:16,758
Which will serve as ink.
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00:13:16,758 --> 00:13:18,793
The technician layers
The colored film
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00:13:18,793 --> 00:13:21,172
In a cartridge
With muslin paper.
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00:13:23,793 --> 00:13:25,862
Next, the cartridge
Is placed in the printer
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00:13:25,862 --> 00:13:27,793
Which creates the proofs.
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00:13:30,896 --> 00:13:34,724
The designer transfers them
To an illuminated work surface
214
00:13:34,724 --> 00:13:38,586
And confirms that the images
Line up with the plastic lenses.
215
00:13:40,758 --> 00:13:42,620
Once the print plates are made,
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00:13:42,620 --> 00:13:45,793
An operator loads them
Into the printer.
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00:13:45,793 --> 00:13:48,862
A suctioning arm feeds the
Lenticular plastic sheets
218
00:13:48,862 --> 00:13:52,206
Into the printer,
Reverse-side up.
219
00:13:52,206 --> 00:13:54,655
In this position,
The images will be printed
220
00:13:54,655 --> 00:13:58,793
On the smooth side
Of the plastic.
221
00:13:58,793 --> 00:14:02,034
Rotating cylinders transfer ink
From the printing plates
222
00:14:02,034 --> 00:14:06,137
To the sheets,
One color at a time.
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00:14:06,137 --> 00:14:08,965
This system prints several
Different 3-d cup images
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00:14:08,965 --> 00:14:11,551
On each lenticular
Plastic sheet.
225
00:14:15,827 --> 00:14:20,758
The press ejects and stacks
The printed sheets.
226
00:14:20,758 --> 00:14:24,586
The 3-d-printed sheets
Now head into a laminator.
227
00:14:24,586 --> 00:14:27,758
It applies a white film
To the artwork.
228
00:14:27,758 --> 00:14:29,896
This film will protect
The 3-d images
229
00:14:29,896 --> 00:14:34,068
During the cup-molding process.
230
00:14:34,068 --> 00:14:37,793
Next, the sheets are cut
Into cup-sized labels,
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00:14:37,793 --> 00:14:39,827
Placed on an illuminated table
232
00:14:39,827 --> 00:14:42,586
And inspected
For any visual flaws.
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00:14:44,758 --> 00:14:47,620
Once approved, the designer
Clears the the labels
234
00:14:47,620 --> 00:14:50,896
To be formed to plastic cups.
235
00:14:50,896 --> 00:14:54,275
Next, an operator loads
The stacks of 3-d labels
236
00:14:54,275 --> 00:14:57,586
Into the cup-forming machine.
237
00:14:57,586 --> 00:15:00,000
This machine will process
Four different labels
238
00:15:00,000 --> 00:15:01,758
Onto cups at once.
239
00:15:01,758 --> 00:15:05,517
Each with a different 3-d image.
240
00:15:05,517 --> 00:15:08,517
A robot with suction grippers
Picks up the labels
241
00:15:08,517 --> 00:15:09,862
One at a time
242
00:15:09,862 --> 00:15:14,551
And transfers them
To cup-shaped mandrels.
243
00:15:14,551 --> 00:15:18,551
The mandrel inserts the 3-d
Label into the mold of a cup.
244
00:15:18,551 --> 00:15:21,586
Molten polypropylene flows
Into the mold,
245
00:15:21,586 --> 00:15:24,206
And as it solidifies
And becomes a cup,
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00:15:24,206 --> 00:15:27,655
The 3-d label
Fuses to it together.
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Robots retrieve the 3-d cups
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And stack them on their sides
To await final inspection.
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00:15:35,724 --> 00:15:37,724
Then they're packaged
For shipment.
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00:15:40,862 --> 00:15:44,620
3-d cups are no ordinary
Beverage container.
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00:15:44,620 --> 00:15:47,068
Rather, they're a fun
Visual experience
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00:15:47,068 --> 00:15:49,689
For any type of consumer.
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Narrator:
Commercial breweries not only
Bottle and can their beer,
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They also ship it in kegs
To distributors, bars,
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00:16:08,482 --> 00:16:11,103
And restaurants.
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00:16:11,103 --> 00:16:14,034
Kegs are typically made
Of stainless steel --
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00:16:14,034 --> 00:16:16,724
A durable metal
That doesn't produce oxides
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00:16:16,724 --> 00:16:19,379
That adversely affect
The taste of the beer.
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00:16:22,000 --> 00:16:24,655
This beer keg is made
From a food-grade steel
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00:16:24,655 --> 00:16:27,000
Commonly used for cookware.
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00:16:27,000 --> 00:16:30,551
It's exceptionally durable
And contains sufficient chromium
262
00:16:30,551 --> 00:16:33,689
And nickel to protect
Against corrosion.
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00:16:33,689 --> 00:16:36,310
First, a technician coats
A circular piece
264
00:16:36,310 --> 00:16:38,655
Of stainless steel
With lubricant.
265
00:16:38,655 --> 00:16:40,620
Then the steel is placed
In a machine
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00:16:40,620 --> 00:16:42,551
Called a deep draw press.
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00:16:46,310 --> 00:16:49,379
The press slowly draws
The edges of the metal circle
268
00:16:49,379 --> 00:16:51,448
Upward for 90 seconds,
269
00:16:51,448 --> 00:16:55,896
Forming a cylinder with one
Opened and one closed end.
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00:16:55,896 --> 00:16:59,551
Next, technicians place the
Cylinder in a trimming machine,
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00:16:59,551 --> 00:17:02,241
Which spins the cylinder
Against a blade.
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00:17:02,241 --> 00:17:04,896
The machine cuts off
Half an inch of excess metal
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From the open end.
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00:17:08,551 --> 00:17:13,724
Then the cylinder is flipped
And placed in a punch press.
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00:17:13,724 --> 00:17:17,137
The press knocks out
A 2-inch hole in the closed end.
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00:17:21,275 --> 00:17:24,241
Next, technicians put
The cylinder on a fixture
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00:17:24,241 --> 00:17:27,965
And secure a stainless
Steel neck to the hole.
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00:17:27,965 --> 00:17:30,310
The neck is welded into place.
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00:17:36,000 --> 00:17:40,793
This cylinder will form
The bottom half of the keg.
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00:17:40,793 --> 00:17:42,758
Technicians pair it with
Another cylinder
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Which will form
The top half of the keg.
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This cylinder has an open end
And a closed end.
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00:17:48,655 --> 00:17:51,413
They align the two open ends
In a welding fixture
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00:17:51,413 --> 00:17:54,931
And manually tack
Weld them together in six spots.
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00:17:57,000 --> 00:18:00,206
They transfer the assembled keg
To an automated machine
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00:18:00,206 --> 00:18:03,000
Which welds the tacked
Perimeter together.
287
00:18:05,965 --> 00:18:10,034
This press punches four holes
Into a 2-millimeter-thick strip
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00:18:10,034 --> 00:18:13,517
Of stainless steel to imprint
The name of the brewery.
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00:18:17,172 --> 00:18:19,827
Next, a roll machine
Curves the strip.
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00:18:27,068 --> 00:18:31,206
Then a seam welder joins
The ends to form a circle.
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00:18:31,206 --> 00:18:32,931
This circle will become
The handle
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00:18:32,931 --> 00:18:35,965
On top of the keg,
Known as the chime.
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00:18:38,931 --> 00:18:42,551
A technician places the circle
On the chime-forming machine
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00:18:42,551 --> 00:18:45,344
And brushes on some lubricant.
295
00:18:45,344 --> 00:18:47,655
Automated, hydraulically
Driven rollers
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00:18:47,655 --> 00:18:50,620
Then form the chime
In three stages.
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00:18:58,413 --> 00:19:03,103
Next, the chime is placed
On a punch press with lubricant.
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00:19:03,103 --> 00:19:06,344
The press then knocks out
Two handle holes.
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00:19:14,034 --> 00:19:16,620
Technicians place another chime
Underneath the keg
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00:19:16,620 --> 00:19:18,827
With one on top of this machine,
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00:19:18,827 --> 00:19:22,000
Appropriately named
The keg crusher.
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00:19:22,000 --> 00:19:26,517
The machine presses
Both chimes in place.
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00:19:26,517 --> 00:19:29,379
Next, an automated
Lathe welder welds them
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00:19:29,379 --> 00:19:31,482
To the keg simultaneously.
305
00:19:35,068 --> 00:19:40,482
The keg is put through
A series of baths, then rinses.
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00:19:40,482 --> 00:19:44,068
The acid removes the scorch
Marks left by the welding
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00:19:44,068 --> 00:19:46,793
And render
The stainless steel food safe
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00:19:46,793 --> 00:19:49,034
By making it resistant
To oxidation,
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00:19:49,034 --> 00:19:52,034
Which causes corrosion.
310
00:19:52,034 --> 00:19:54,310
The valve, which connects
To the tapping system
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00:19:54,310 --> 00:19:55,862
That draws out the beer,
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00:19:55,862 --> 00:19:58,965
Goes through the hole
In the bottom cylinder.
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00:19:58,965 --> 00:20:01,620
This clip ring
Holds it in place.
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00:20:01,620 --> 00:20:04,793
Pressed deep into the neck
With this tool.
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00:20:11,034 --> 00:20:13,793
Every keg goes through
Quality control testing
316
00:20:13,793 --> 00:20:15,827
Before it leaves the factory.
317
00:20:15,827 --> 00:20:19,827
This is a pressure test
To ensure the keg doesn't leak.
318
00:20:19,827 --> 00:20:22,620
Technicians pump in compressed
Air to three times
319
00:20:22,620 --> 00:20:26,068
The pressure the keg would
Ever have to withstand.
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00:20:26,068 --> 00:20:29,310
Then they spray the keg
With a water-and-soap solution,
321
00:20:29,310 --> 00:20:31,034
Checking for air bubbles,
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00:20:31,034 --> 00:20:33,206
Which would indicate
A pinhole leak.
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00:20:36,482 --> 00:20:38,689
Then the finishing touch.
324
00:20:38,689 --> 00:20:40,275
A silk screen machine prints
325
00:20:40,275 --> 00:20:43,172
The brewery's
Identification onto the keg.
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00:20:46,931 --> 00:20:51,241
The keg goes into an oven
For 45 seconds to cure the ink,
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00:20:51,241 --> 00:20:54,137
Which renders it wear-resistant.
328
00:20:54,137 --> 00:20:58,275
These beer kegs are designed to
Withstand a lifetime of handling
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00:20:58,275 --> 00:21:01,965
Because they're transported back
And forth between the brewery
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00:21:01,965 --> 00:21:05,034
And the establishments
Filling the beer glasses.
27139
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