Friday, October 28, 2016
Skilled Machinists
Obviously, not just reading a micrometer, but you have to have the skills to pay the bills if you want to earn that kind of money. Anything you can learn in a day doesn't count. Sorry, burger flippers. We need skilled workers, otherwise the "emerging economies" of the world deserve our jobs. If our workers can't make anything more complex then a burger and expect to be paid twenty times what a skilled foreign work is paid, then we deserve what we get. Let's not kid ourselves though, just giving everyone a raise will only hurt the US economy.
Tuesday, July 26, 2016
Die Making Prints
There are two kinds of prints in tool and die. You will recognize both of these! I work in carbide die manufacturing and prefer type 2. Let me know what kind you get.
Tooling Print: Type 1. Good Luck.
Type 2. - Got it!
Wednesday, June 22, 2016
Machine Shop Tools 101
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| Good Advice for all Machine Shops. |

Any real machine shop will have tools like this. Its a Hammer-pliers-screwdriver. More handy than your typical Wrench-Knife.

And here is the worlds biggest machine. It does some mining work in Germany and may or may not be involved in a plot to saw off part of Czechoslovakia.

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| Only true machinists can enjoy this sweet music. |
Friday, September 4, 2015
Beauty of Carbide Dies and Tool and Die
Machining can be a beautiful thing at times, it is an act of creation after all. The birth of an object from it's raw materials. Sometimes it takes slowing the action down to capture the amazing life in side of carbide die making and tool and die in general. Here's some videos of cutting, shaping and forming for you tool heads!
Tuesday, June 9, 2015
U.S. Manufacturing Growth Accelerates
For
the first time in six months, U.S. manufacturing has grown substantially from more
new orders
being placed and more employees being put to work.
![]() |
| US Manufacturing - Cautiously Optimistic |
The
increase in factory activity indicates the economy may be beginning to grow
again after dwindling for the first three months of the year. Yet, overall
growth remains slow, due to a multitude of factors. Americans have been
unwilling to spend, even though there is more work and even low gas prices allowing
more flexibility to spend.
The
value of the dollar increasing acutely has made U.S. goods more expensive
overseas, decreasing exports. Economists predict the economy may grow at a 2
percent annual pace in the April-June quarter, after a 0.7 percent decline in
the first three months of the year.
With
the end of a labor dispute at West Coast ports, manufacturers have benefited
from parts and raw materials flowing more freely.
Signs
also point to the stabilizing of overseas economies. China's manufacturing
sector expanded last month, although not very rapidly, reported by an official
manufacturing index. Manufacturing in the European Union has also picked up.
U.S.
export orders did not see any rise or fall last month, after increasing in
April. This is still preferred to the three months of the first quarter when
export orders were receding.
Fourteen
industries reported growth last month, including clothing, furniture, paper
products and food and beverages. Two industries reported contraction: textile
mills and computers and electronics.
The
dramatic drop in the price of oil, from $110 a barrel last June to less than
$50 in January, has caused drilling companies to cut back heavily on digging
and building new wells. These cut backs have drastically reduced the demand for
steel pipe and other equipment.
Business
spending on buildings and equipment dropped 2.8 percent in the first quarter,
the largest drop in more than five years. Despite all of this, there are signs
that businesses, specifically those outside oil and gas, are spending more on expensive
items such as machinery.
Tuesday, January 27, 2015
Die Maker Life
.
When you're out of tolerance, every industrial die maker knows this feeling! The job was done quickly, but then the inspection squad comes in and .... ugh..
Grinding
Tool and Die Fact #1
![]() |
| A machinist |
![]() |
| Tool and Die Fact #2 |
![]() |
| Tool and Die: Where this might actually be said. |
Wednesday, December 17, 2014
What is Tungsten Carbide?
What is Tungsten Carbide?
So you hear about Carbide Dies and Tooling made out of tungsten carbide, but what exactly is tungsten carbide?
Tungsten carbide
Tungsten carbide (chemical formula: WC) is a chemical compound containing equal parts
of tungsten and carbon atoms. Tungsten carbide starts as a fine gray powder, in its most
basic form. It can be pressed and formed into shapes for use in industrial machinery, cutting
tools, abrasives, armor-piercing rounds, other tools and instruments, and jewelry.
Tungsten carbide is approximately two times harder than steel and has a much higher
density than steel or titanium. Its hardness is comparable with corundum, sapphire and ruby
and can only be polished and finished with abrasives of superior hardness such as cubic
boron nitride and diamond, in the form of powder, wheels, and compounds.
Applications:
Cutting tools for machining
Sintered tungsten carbide cutting tools are much more resistant to abrasion, as well
as, can handle higher temperatures better than high speed steel tools. Carbide
cutting tools are often used for machining through materials such as carbon
steel or stainless steel, as well as in situations where other materials would wear
away, such as in high-quantity production runs. Carbide tools’ sharp cutting edge
lasts longer than other tools, produce a better finish on parts, and their temperature
resistance allows faster machining.
Ammunition
Tungsten carbide is often used in armor-piercing ammunition. WC projectiles were
first used by German Luftwaffe tank-hunter squadrons in World War II. It is an
effective penetrator due to its combination of great hardness and very high density.
Tungsten carbide ammunition can be one of two types: the sabot type (a large arrow
surrounded by a discarding push cylinder) or a subcaliber ammunition. Subcaliber
ammunition is where copper or other relatively soft material is used to encase the
hard penetrating core, the two parts being separated only on impact. Subcaliber
ammunition is more common in small-caliber arms, while sabots are usually
reserved for tank guns.
Nuclear
Tungsten carbide is also an effective neutron reflector and as such was used during
early investigations into nuclear chain reactions, particularly for weapons.
Sports
Tungsten carbide is used by athletes for poles that strike hard surfaces. Trekking
poles, used by hikers for balance and to reduce pressure on leg joints, commonly
use carbide tips to gain traction when placed on hard surfaces, such as rock.
Carbide tips last much longer than other types of tip.
Sharpened carbide tipped spikes can be inserted into the drive tracks
of snowmobiles. These spikes greatly improve traction on icy surfaces. Longer v-
shaped segments fit into grooved rods called wear rods under each snowmobile ski.
The sharp carbide edges help to enhance steering on harder icy surfaces. The
carbide tips and segments reduce wear from crossing roads and other abrasive
surfaces.
Some tire companies offer bicycle tires with tungsten carbide studs for better traction
on ice. These are often preferred to steel studs because of their superior resistance
to wear.
Surgical instruments
Tungsten carbide is also used for making surgical instruments for use in open
surgery (scissors, forceps, hemostats, blade-handles, etc.) and laparoscopic
surgery (graspers, scissors/cutter, needle holder, cautery, etc.). They are much
more costly than their stainless-steel counterparts, but perform better.
Jewelry
Tungsten carbide has become a popular option for bridal jewelry due to its extreme
hardness and high resistance to scratching. The extreme hardness also means that
it can occasionally be shattered under certain circumstances. Tungsten carbide is
roughly 10 times harder than 18k gold.
Other
Tungsten carbide is widely used to make the rotating ball in the tips of ballpoint
pens that disperse ink during writing.
Tungsten carbide is a common material used in the manufacture of gauge blocks,
used as a system for producing precision lengths in dimensional meteorology.
So that's it... now you know the rest of the story... and knowing is half the battle.
So you hear about Carbide Dies and Tooling made out of tungsten carbide, but what exactly is tungsten carbide?
Tungsten carbide
Tungsten carbide (chemical formula: WC) is a chemical compound containing equal parts
of tungsten and carbon atoms. Tungsten carbide starts as a fine gray powder, in its most
basic form. It can be pressed and formed into shapes for use in industrial machinery, cutting
tools, abrasives, armor-piercing rounds, other tools and instruments, and jewelry.
Tungsten carbide is approximately two times harder than steel and has a much higher
density than steel or titanium. Its hardness is comparable with corundum, sapphire and ruby
and can only be polished and finished with abrasives of superior hardness such as cubic
boron nitride and diamond, in the form of powder, wheels, and compounds.
Applications:
Cutting tools for machining
Sintered tungsten carbide cutting tools are much more resistant to abrasion, as well
as, can handle higher temperatures better than high speed steel tools. Carbide
cutting tools are often used for machining through materials such as carbon
steel or stainless steel, as well as in situations where other materials would wear
away, such as in high-quantity production runs. Carbide tools’ sharp cutting edge
lasts longer than other tools, produce a better finish on parts, and their temperature
resistance allows faster machining.
Ammunition
Tungsten carbide is often used in armor-piercing ammunition. WC projectiles were
first used by German Luftwaffe tank-hunter squadrons in World War II. It is an
effective penetrator due to its combination of great hardness and very high density.
Tungsten carbide ammunition can be one of two types: the sabot type (a large arrow
surrounded by a discarding push cylinder) or a subcaliber ammunition. Subcaliber
ammunition is where copper or other relatively soft material is used to encase the
hard penetrating core, the two parts being separated only on impact. Subcaliber
ammunition is more common in small-caliber arms, while sabots are usually
reserved for tank guns.
Nuclear
Tungsten carbide is also an effective neutron reflector and as such was used during
early investigations into nuclear chain reactions, particularly for weapons.
Sports
Tungsten carbide is used by athletes for poles that strike hard surfaces. Trekking
poles, used by hikers for balance and to reduce pressure on leg joints, commonly
use carbide tips to gain traction when placed on hard surfaces, such as rock.
Carbide tips last much longer than other types of tip.
Sharpened carbide tipped spikes can be inserted into the drive tracks
of snowmobiles. These spikes greatly improve traction on icy surfaces. Longer v-
shaped segments fit into grooved rods called wear rods under each snowmobile ski.
The sharp carbide edges help to enhance steering on harder icy surfaces. The
carbide tips and segments reduce wear from crossing roads and other abrasive
surfaces.
Some tire companies offer bicycle tires with tungsten carbide studs for better traction
on ice. These are often preferred to steel studs because of their superior resistance
to wear.
Surgical instruments
Tungsten carbide is also used for making surgical instruments for use in open
surgery (scissors, forceps, hemostats, blade-handles, etc.) and laparoscopic
surgery (graspers, scissors/cutter, needle holder, cautery, etc.). They are much
more costly than their stainless-steel counterparts, but perform better.
Jewelry
Tungsten carbide has become a popular option for bridal jewelry due to its extreme
hardness and high resistance to scratching. The extreme hardness also means that
it can occasionally be shattered under certain circumstances. Tungsten carbide is
roughly 10 times harder than 18k gold.
Other
Tungsten carbide is widely used to make the rotating ball in the tips of ballpoint
pens that disperse ink during writing.
Tungsten carbide is a common material used in the manufacture of gauge blocks,
used as a system for producing precision lengths in dimensional meteorology.
So that's it... now you know the rest of the story... and knowing is half the battle.
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