Basic Process for first blade (newbie perspective) - Please Critique

Joined
Jan 28, 2005
Messages
2,154
Past few weeks I've been reading/watching to try to pull together all the details of making my first knife. I've decided to start with 1084 and will be using basic supplies I have on hand (average joe kinda items) outside of a dremel, drill press and angle grinder. I have to build a forge as I want to do the whole thing here at home, and will be going basic on that as well. I'm even going to try to make my own sheath. I work best off of simple lists instead of retaining tons of reading, so I made this basic list of the process I plan to follow with the materials list included. I have some of the supplies already but I'm listing in case any other guys want to use this as a starting point for their first build project. Could you guys review it and let me know what I'm missing or anything I should change? Much appreciated! - John

Note: Safety is most important!!!

Order supplies:
========================================

Safety:
---------------
Quality resperator and canisters (3M)
Welding gloves
Glasses/full mask
Fire Extinguisher
Bucket of water
Long/Sturdy Tongs (for holding hot blade)

Blade Supplies:
-----------------
1084 from Aldo:
- 3/16"x2"x48" = $27
- 1/8"x1"x48" = $9
Layout die - $10
Flat bastard files $15 each
Round/Half-Round bastard files $15 each
Norton No-Fil Sandpaper (60,120,220,400,600,1000) - $3 each
Magnet to test heat treat
Canola oil for quench
Bucket for quench oil

DIY Forge (for heat treating only at this time):
----------------------------------------------
TBD - It'll update once I decide on coal or gas (but will be simple/cheap/safe/effective setup)

Handle Supplies:
-----------------
Handle material (G10, wood, micarta)
Handle pins/bolts
Epoxy/Glue

Sheath Supplies:
----------------
Kydex
2 PVC foam sheets to mold kydex
Rivets
Heat gun or toaster oven


Knife making process for 1084:
========================================

1. Make a pattern
2. Transfer pattern on steel
3. Cut shape with hacksaw/grinder/bandsaw
4. Drill holes in handle to secure to bench if not using vice.
5. Scribe edge
- Make two scribes (one on each side) leaving a bit of material in between for finishing by hand
6. Secure blade to bench or in vice to begin grinding basic shape
- I'll be using a hacksaw/grinder for this step
7. Grind the bevels
- Use 60 grit belt/paper,then switch to a 120 and then a 220
- If using files go coarse, med, fine
- If using sandpaper, use a block so you get even pressure
8. Drill the pin holes for the handles (if not done yet)
9. Ready for heat treating

Heat Treat Instructions:
======================================
1. Get blade to critical temp (bight orange) @1450-1600 degrees.
2. Test with magnet every few mins until non-magnetic
3. Normalize by pulling in/out of fire until you have an even glow
- Once even glow is acheived, let cool for several minuites
- Place back in forge and bring back up to critical temp
- Repeat this 2-3 times
4. Heat again to critical temp
5. Quench it in oil within 3-4 seconds of pulling out.
6. Check for straightness.
- If warped, repeat heat treat process.
7. Temper at 450 for two one-hour cycles in oven (thanks honey!)
- Make a rack so the blade is on it's edge or spine standning up, not its side.
- Let cool completely between temperings
8. Again, check for straightness.
- If warped, repeat heat treat process.

Post Temper/Heat Treat:
=======================================
1. Grind the scale off
- Use fresh 220 grit belt/paper
2. Tape side of blade not working on to protect finish.
3. Hand sand blade with a block and WD40 (to cut)
- When you switch grits, change directions
- Think ahead so that your final grit runs parallel to the blade.
- Use smooth even strokes
- Start with 220 grit
- Move to 400 grit
- Finish with 600 grit
- Before using 600 grit, clean blade, use fresh paper
4. Flip and repeat on opposite side.

Handles(wood):
=======================================
Cut your handle material roughly to shape
Drill the pin/screw holes
Insert pins/screws
- If using pins, leave your pins a bit long, so they stick out the sides of your handles
Profile the front edge of the handle prior to gluing
Use 2 part 60 minute epoxy or alike
Glue the handles, and clamp lightly and allow to fully cure overnight
- The strength of the joint is in the glue, and if you clamp too tightly, you’ll squeeze too much glue out.
Take the handle down to at least 220 grit with preference to 400 grit.
Seal your handles sanding between coats to finish you like.

Final Edge:
======================================
This is personal preference
Back to the belts/paper/stones to put on final edge.
 
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Hawk45 I'm pretty much at the same planning stage as you, and I think I'm also an average joe in terms of skills and gear, so thanks for pulling this together and starting the discussion.

Laid out like you have it is right on target in terms of list of supplies and a set of procedures. I'm not aiming to forge just yet, will focus on stock removal. That leads to my question do you have or are you planning to get a bench sander/grinder for steps 6-7? or use your angle grinder? In making my lists to get set up that's the one 'big' piece of gear I've decided to add, a craftsman 2 x 42 (http://www.amazon.com/Craftsman-21513-Belt-Disc-Sander/dp/B0064BLIUU/ref=sr_1_2?ie=UTF8&qid=1321987562&sr=8-2or something cheap like that to help speed up the process of getting the blade in the right shape. it's either that or lots of filing, if I understand the process right. I have an angle grinder but I only plan to use that for cutting the steel down to size.
 
Hi Pullrich,

I'll be using stock removal as well.
For step 6, I was only going to use my angle grinder to possibly help cut the stock to shape, either that or the hacksaw.. which ever ends up being easier.
For steps 7, I was going to use files and blocked sandpaper. I want to do these first few knives really basic before I make the investment in a belt grinder. It will take more time, but that's fine. I want to learn how the different tools take off material.

As far as the forge, I'm only planning on using it to heat-treat the blade to make it hard for use. I won't be doing any shaping via heat/hammer/anvil.
 
The beautiful thing about using a forge other than saying "hey, I forged this" is it actually reduces the amount of effort needed to shape the blade during the grinding process. Forge your bevels in and maybe cut everything else stock removal style at 1st.....a craftsman sander most typically is for wood and rpm's wont be very high so grinding can take for ever. Besides, you need to heat treat in something so you still need the forge! I once saw a video on youtube about a paint can forge...lemme see if I can find it real quick http://www.youtube.com/watch?v=Qn-qrgp9804 here it is. I imagine the size could be doubled by using maybe a piece of stove pipe and another torch or maybe just an extra torch hole and 1 torch or would take some dinking with to get it down.

Also, on your normalizing process you mentioned let it cool for 7 mins then reheat to critical and quench. When I normalize I work on 3 or 4 blades at a time and do it on a day I am forging a blade or two. What I do is bring one up to critical and then use my tongs and put the blade in and out of the forge repeatedly for a minute or so to not over heat. I maintain that orange color and get it to even out. Set it to the side and start on blade #2 then on to #3. I do this 3 times/blade and on the last cycle, I bury it in vermiculite so it takes a couple hours to cool down. Since I started doing it this way, I have noticed a drastic decrease in the number of warps/cracks after quenching (maybe 1 in 20). 'Course I water quench my 1095 (here's where the nay sayers boo me) and water quenching is violent!

Put your forge in a dark corner of the shop and learn your colors! I'm not trying to talk to you like I think I'm an expert, I've only been making my living at knife making for a year now. I just wanted to offer some advice. Every knife you make will have a different problem to solve before it is complete and having a good system of normalizing/heat treating/tempering will correct most of those problems for you! I temper in a normal kitchen oven between a cookie sheet and a cake pan to reduce temp fluctuation for one 2 hour cycle.
tempcolor2.jpg


Good luck and you're about to get bitten by that big ugly bug that infects you with the knife making sickness!
 
P.S. I see the count is reading this thread and he has a cool thing he posts for new knife makers!
 
Circle,
Thanks for the advice.. the heat-treating part is the most difficult for me to get my head around as I'm a web developer and have no experience with metal work other than I'm dangerous with a dremel :-). There seems to be so many different methods (even when talking about same steels, ala' 1084). Once I get good with the 1084 I know learning process will start over when I try a new steel (1095, A2, 01, 154CM).
 
I think your list is pretty good,

One thing you can do is send your blades out for Pro HT and concentrate on the rest.

I think you may have already seen this, but her it is again.




I've put this together to answer most of a new maker’s questions. I'm sure it will help you too.

The Standard Reply to New Knifemakers V21

The answer to a 13 year old student is different than to a 40 year old engineer.
We may recommend a local supplier, you may have a helpful neighbour, or local Hammerin; but that depends on where you are. We have members worldwide.
Please fill out your profile with your location (Country, State, City), age, education, employment, hobbies.

Look at the threads stickied at the top; many are expired, but not all.

The basic process in the simplest terms
Absolute Cheapskate Way to Start Making Knives-Printable PDF-Right Click and Save
Absolute Cheapskate Way to Start Making Knives-Website


Web Tutorials
Detailed instructions by Stacy E. Apelt

The Things I Advise New Knife Makers Against-Printable PDF

Handle Tutorial - Nick Wheeler-PDF

http://www.engnath.com/manframe.htm

Books
A list of books and videos

BladeForums - E-books or Google books


I like:
David Boye-Step by Step Knifemaking
Tim McCreight-Custom Knifemaking: 10 Projects from a Master Craftsman
These are clear, well organized, widely available and inexpensive too.

Knife Design:

Think thin. A paring knife slices, an axe splits.
Forget swords, Saw-tooth spines, guthooks, crazy grinds and folders for your first knife.

Start with a drawing.
Show it to us, we love to see and comment on photos.
Then make a cardboard cutout template & draw in handles, pins and such
Then make it in wood, paint sticks are free & close to the right size.
Play with that and see if it “feels right”. If it feels right it usually “looks right“

See the Google books thread for Lloyd Harding drawings, the Loveless book & Bob Engnath Patterns. Google books thread

Bob Engnath Patterns compiled into a PDF


Forging Books:
Lorelei Sims-The Backyard Blacksmith
An excellent modern book with colour photos for forging in general - no knifemaking.

Jim Hrisoulas- has 3 books on forging knives. Check for the cheaper paperback editions.
The Complete Bladesmith: Forging Your Way to Perfection
The Pattern-Welded Blade: Artistry in Iron
The Master Bladesmith: Advanced Studies in Steel

Machine Shop Basics -Books:
Elementary Machine Shop Practice-Printable PDF

The Complete Practical Machinist-Printable -1885-PDF
Right Click and save link as.
It’s being reprinted now; you can get it for $20 ish

The $50 knife Shop
It confused me for a long time.
Forging is NOT necessary; you can just file and grind to create a knife (stock removal)

Forget the Goop Quench.
Use commercial quench oil & match oil speed to the steel type; even grocery store canola oil works much better.

Junkyard steels require skill and experience to identify the steel and heat treat it properly.
You can buy proper steel like 1084FG from Aldo very cheaply.

I like cable damascus, but that advanced project has no place in a beginner’s book.

The grinders are the best thing about this book, but there is a huge amount of info for 2x72” belt grinders on the web, including free plans.

Forget about Lawnmower blades and start with a new known steel type.
Good heat treating needs accurate temperature control and full quench.

Videos

Heat Treating Basics Video-downloadable
Right click and save this. Watch it once a day for 10 days.

Safety-video
Right click and save this. Watch it once a day for 10 days.

Many specific how to knifemaking videos are available, some are better than others.

The best overall Knifemaking video I have seen is
“Steve Johnson-Making a Sub-Hilt Fighter”

Basic Bladesmithing
"Ed Caffrey - Basic Bladesmithing-Full DVD-ISO"

The best video on leather sheath making for beginners that I have seen is
“Custom Knife Sheaths -Chuck Burrows - Wild Rose”
-(Paul Long has 2 videos, his sheath work & videos are fantastic, but more advanced-with machine stitchers..)

Green Pete's Free Video
Making a Mora bushcraft knife, stock removal, hand tools, neo tribal / unplugged heat treat.
"Green Pete" posted it free using torrent files.
Be sure to look at the other titles too-The account index has disappeared, but search for LOTS of info. Use the keywords “LurkerLurker torrent” “knifemakerC torrent” and others
Greenpete Knifemaking Basics-on TPB

How to download that video
http://www.utorrent.com/help/guides/beginners-guide

You can see a list of videos and reviews at this rental company; some are worth buying, some renting…
http://smartflix.com/store/category/9/Knifemaking

Draw Filing Demonstration
YouTube video -Draw Filing-for a flat finish

Steel
The “welding steel” at Home Depot / Lowes… is useless for knives.
Forget about lawnmower blades and other unknown junkyard steels.
For all the work involved, it is very cheap to buy and use a known good steel.

If you send out for heat treating, you can use
Oil quenched O1, 1095, 1084
Or air quenched A2, CM154, ATS34, CPM154, 440C, plus many others.

For heat treating yourself with minimal equipment, find some Eutectoid steel.
1084FG sold by Aldo Bruno is formulated for Knifemaking, Cheapest & made for DIY heat-treat.
http://njsteelbaron.com/
Phone # 862-203-8160

1095 is a good carbon steel, but a bad choice for a beginner with limited equipment.
1095 needs very precise temperature control and proper fast quench oil Like Parks 50 or Houghton K Kevin Cashen - 1095 - hypereutectoid steel

If you are sending one or 2 knives out for heat treatment, use 154-CM or CPM-154 and ship it out to TKS -Texas Knifemaker Supply
It's the cheapest way to do 1 or 2 because of HT minimum charges.


You can find a list of suppliers here

Heat Treating
http://www.bladeforums.com/forums/showpost.php?p=9143684&postcount=7

You can send blades out for heat treating at $10 or $15 per blade for perfect results, and avoid buying the equipment.

Air Hardening Stainless Steel Only
Buck Pau Bos -Be sure to check the Shipping and Price tabs.
http://www.buckknives.com/index.cfm?event=bio.paulBos#
http://www.texasknife.com/vcom/privacy.php#services

Oil Hardening Carbon Steels and Air Hardening Stainless Steel
http://www.petersheattreat.com/cutlery.html
http://www.knifemaker.ca/ (Canadian)


Quenchants for Oil hardening steel
Forget the Goop Quench.
Forget used motor oil, it's toxic and doesn't work that well.

Use commercial quench oil & match oil speed to the steel type;

Even grocery store canola oil works well enough for steels like 5160 that don't need a "fast oil" like W1 or the 10xx steels do.

Brine and water are almost free, and technically correct for W1 and "water hardening" steels but a fast oil like Parks 50 and Houghton Houghto Quench K are less likely to give you broken blades.


Glue – Epoxy

Use a Fresh package, slow setting, high strength epoxy to attach blades to handles and well as seal out moisture.
Surface Prep is vital, drill tang holes/ grind a hollow, roughen the surfaces with abrasive, blasting is best.
Ensure the surface is clean & no oil including fingerprints. Soap, Acetone & Alcohol, Blasting.
Clamp with moderate pressure= avoid a “glue starved joint” when all the adhesive is squeezed out.
These are well proven.
Brownell's Acraglas
West Systems G Flex


Grinder / Tools

In my opinion, variable speed and a small wheel attachment are essential .
You can almost always improve tracking with more belt tension. It needs to be way tighter than youfirst think.

Hand Tools
You can do it all by hand with files and abrasive cloth like the Green Pete video.
Photo of a nice bevel filing jig

Entry Level Grinders
Many makers start with the Sears Craftsman 2x42 belt grinder

Low Speed Modification Craftsman 2x42 belt grinder


Commercial Production 2 x 72” Belt Grinder Reviews
http://www.prometheanknives.com/shop-techniques-3/grinders
http://www.cnccookbook.com/CCKnifeMakingGrinders.htm

Mapp arm – Grinder Toolrest


DIY 2 x 72” Belt Grinders

KMG Clone Free Plans
http://www.dfoggknives.com/PDF/GrinderPlans.pdf

NWG No Weld Grinder
http://www.usaknifemaker.com/plans-for-the-no-weld-grinder-sander-nearly-50-pages-p-723.html

EERF Grinder (EERF =“Free” backwards)
http://wilmontgrinders.com/EERFGrinder.aspx
http://blindhogg.com/blueprints.html

Buy the kit
http://polarbearforge.com/grinder_kit.html

What Belts to buy?
http://www.usaknifemaker.com/abrasive-belt-basics-what-kind-should-i-buy-p-1393.html


Safety Equipment
Protect your -Eyes, Ears, Fingers, and Lungs – remove jewellery and put on safety gear.

Respirators
Chronic lung disease and cancer really suck the joy out of life.
The minimum I would consider are the 3M 7500 and North 7700 silicone half masks with a P100 Filter.
Use a VOC & P100 combo cartridge for protection against acetone and solvents.

For beards, pick one of these
3M PAPR
Resp-O-Rator
3m Breathe Easy
Trend Airshield Pro
Air Cap II


Searching
Search works for ALL users, even unpaid users.
Try it, I’ll bet you’re not the first to ask the question here

This is a special Google page that searches BF only.
http://www.google.com/cse/home?cx=011197018607028182644:qfobr3dlcra

V21 Added Glue Oct 3, 2011.

22267139.jpg
 
12345...,

Yep, been over that one many times.. good stuff and where I got lots of my data. Thank you for putting that together.
 
12345...,

Yep, been over that one many times.. good stuff and where I got lots of my data. Thank you for putting that together.
\

Ditto the thanks and remarks that it's been mined over and over. Still it's nice to review basic plans, for fun, to confirm techniques, etc., basically to discuss blademaking when you're closer to pulling the trigger on some basic tools and knivemaking. When it comes down to your own specific situation as defined by budget, skill, location, and more factors, what to do may not be entirely clear.

Interesting ideas about the angle grinder and files for removing the bulk of the stock. I've spent the most time deliberating about options at that phase. My plan has been as follows:

1) Use angle grinder to cut basic blade shape: basic dimensions and profile.
2) Use craftsman 2x42 belt sander to grind to desired shape. May not be the fastest machine for knives but I imagine it beats files, plus it can help sharpen the knife towards the end, and deal with handle material. And the price is right. Maybe I'm deluded about it's value in the whole process but of all the pieces of gear to buy to launch this ship, it seemed to be the one for me. I'm doing stick tang... no drilling
3) proceed to some variety of home-brewed heat treat, maybe a couple of propane torches aimed into a stack of fire bricks, or a fire in a bucket type of deal.
4) finishing work you already outlined.
 
I think the guys that have used the Craftsman belt grinder have had decent results for what it is... Starting it's a good way to learn your way around a belt grinder (and I've thought more than a few times about getting one), but once you move past your first 30 knives you'll probably want something better. That being said the Craftsman will always be there and probably useful for tasks that come up that you don't feel like doing on your 72x2. If you have the budget for it.. they seem like a decent deal. Other thought is to get a Coot/Kalamozoo/Grizzly for a bit more.. or something used. Just thoughts that have also gone through my mind.

I've been deciding if I wanted to jump into "another expensive hobby" for the past year or so.. I figure this one will take more time to do projects and the materials aren't as expensive.. nor setup if I do things more traditionally than powered. If things progress to where I'm making a good product and a bit of money.. maybe I'll get a belt grinder at that time. YMMV
 
FWIW Im a newb too and I bought the craftsman grinder. After using it for a few months, I think It moves WAY to fast to do much more than basic shaping. At least I'm having trouble getting nice even lines without spending too much time 'on the belt' which makes it very easy to overheat thin areas, the tip especially. I use it to get the blade "close" then its back to the files and sanding block.

I think some better quality ceramic belts might help somewhat, but I'm planning on doing the youtube mod listed in the newb info the count posted.

Brent
 
There's a really good book out there called 'The $50 knife Shop', unfortunately I can't recall the author (maybe Goddard), since I have the book I'll post it tomorrow & give the author his due credit. Really an excellent book for a beginner knife maker & a decently priced softcover.
 
Take a look at craigslist and harbor freight for cheaper belt sander options...I've got the 1X30 HF that was about thirty bucks. I am in the beginner phase as well. I clamp and file the plunges then head over to the belts to take away material. It's slow going but the break from filing is nice.

If you have gorilla arms and shoulders you can file the whole damn thing and will probably end up with better results as you can't screw up as fast.

FWIW I would throw away any ideas about angle grinding in bevels or plunges you could try the dremel but even then holding it steady enough will be tough.

Good luck it's fun.
 
Buy more steel than you expect to need anytime soon.
I'd get 2 each of what you have plus some 1.5" of one of the two thicknesses. I like 1/8 for faster working and heat treating but it's also more prone to warping so it's a bit of a toss up. 1" seems a bit small at first then suddenly it becomes your best friend. A lot of smaller knives will fit on it with much less wasted metal. Shipping is about the same whether you buy 1 piece or 10 pieces, might as well stock up. You can't go wrong with the 1084 unless you aren't sure you'll stick with this long enough to use it up.
Buy twice as much sandpaper as you think. lol
I'd skip G10 for now, no point dealing with the health hazard early on. A variety of micarta is a good bet. Different colors, different base materials... you'll get a feel for which you prefer.
If you run a belt grinder of any kind, ceramic or zirconia belts rather than aluminum oxide. AO belts don't last on steel at all. I use a couple for very specific tasks simply because I can't find better options, but 99% of my grinding is on zirconia or ceramic. It's less expensive and less annoying even though each belt costs a little more.
 
Hawk45 exactly my thinking.... I just want something inexpensive and adequate, so I can try this hobby out. If knife making doesnt catch it may have other uses. Funny thing about the craftsman being too fast, that's just what I read about the Grizzly which is next up in line but double+ the price. Anyway, joke will be on me if in the end I'm hunched over a vice sawing away with files.
 
I'm wondering about the to fast thing about the grinder? To fast for what?.....some one said it heats the blade up. The blade heats up, because the belt is dull. Learning how a grinder works on a cheapy is probably best, mistakes will be smaller. But after your confidence moves up....
 
Well I'm almost in the game... ordered supplies today while the wife was out doing the Black Friday thing. Can't wait to get started. Hardest part is going to be the patience to go SLOW and accurately. Anyway.. got everything I needed today for about $120 (which really surprised me... thought it would be more!) And $30 of that is shipping for the stuff.

Aldo's 1084 Steel:
--------------------
3/16"x2"x48"
3/16"x1.25"x48"
1/8"x1.25"x48"
1/8"x1"x48" --->> This is where I will be starting and moving up in steel size as I get better. Figured I'd get some stock since shipping is about the same for 1 piece or 5.

Assorted Needs (Jantz):
------------------------
Layout die
Quality Sandpaper (80,120,220,400)
File Card
Layout Scribe
Wood Handle (Ironwood Scales)
Brass Rod (.250")
Epoxy

Already had around the house:
------------------------------
12"Bastard file - old but I cleaned her up and see how she'll do
8" Smooth Fine Mill file
Hand Grinder
Dremel & Accessories
Drill Press
30lb fully adjustable vice
 
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If you like using real layout die, then nevermind



I found that the jars of liquid have a real danger of spilling & I always tend to put it on too thickly.

I tried the spray cans, but despite cleaning out the nozzle each time &
spraying it upside down until it's clear & having another spare nozzle.

I still tossed a half full can that had clogged beyond repair.


I finally just use a black ink marker.
It's not as durable as layout dye.
But it's handy.

You may be able to find layout dye in a marker too.
 
Wow Hawk45 , in for a penny, in for a pound, eh? Looks like you're well set up. Today I ordered a few feet of steel from Jantz and a block from burl source, and more importantly did more work on clearing out my little shed space.
 
The count beat me to it.

Forget layout DYE and scribes. Use a Sharpie marker. Changes can be made easily, and the marks come off with a wipe of acetone. You will re-draw and change things a lot in the early stages, Scratching the lines on a dye covered blade will soon become a fruitless procedure.

Now, I am going to give you the best tip you will ever receive about getting into knifemaking:

While that sharpie is in your hand, mark every bar of steel you get on both sides and both ends. Every time you cut a piece off, re-mark both sides of the cut. Four markings on each bar may sound silly, but two will be cut off and the others will get worn and smudged. Four marks greatly increases the chance that you will be able to determine the steel type later on. If you really want to go all out, get a white, metal marking, paint pen from Fastenall or an industrial supplier. They are about as permanent as it gets for marking steel, short of stamping it in ( which is a good option for tangs).
I would be willing to bet that there is not an older maker out there who does not have a stack of bar stock in the corner that he does not know what it is ....because he was sure he would remember it.
WRITE THE STEEL TYPE AND SIZE ON EVERY BAR. ALSO WRITE THE STEEL TYPE ON THE TANG AREA OF EVERY BLADE YOU WORK ON.
You may only be doing one knife now, but eventually you will walk into the shop to work on a blade and pick up one you set aside a while back and say, "What steel was this made out of?"
As the types of steel in the shop increase the chance of making a knife from the wrong steel, or forgetting which is which, multiplies.

Doing this nearly costless procedure EVERY time will save you money, sweat, tears, and heartache. It won't improve your forging and grinding, but at least you will know what you are forging and grinding on.
 
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