China tool

Usually when we say Made in China, we are often implying, cheap knock offs.  Funny thing is, I am old enough to remember when Made in Japan meant similar.  Look at them now...

Similarly, the first Korean cars that made it to our shores were quickly turned into rust buckets.  They are  now on track to be as good as the Japanese cars.  All that to say that regardless of country of origins, you can have good or crappy goods.

China is somewhat of a mixed bag.  Big country, huge population and quickly becoming a power house.   So is it possible to get good stuff from China?  Yes, if you specified what you want and are willing to pay for it.  They will built you just about anything for whatever price point.

How can they make stuff so cheaply??? 

2 main reasons (my guesses) ; lack of strict enforceable regulations ( IP protection, Environmental, Safety and etc) and yes, cheap abundant labour.

Can they make good stuff? 

If you own any Apple products, you have experienced what a good quality product they can make.  If you are reading this on your smart phone, regardless of brand name, it was probably Made in China.  

My Nikon DSLR, my Makita cordless drill/driver were also Made in China.

And yes, you can still get crappy stuff, if that is what the reseller distributed/imported.

You may be familiar with Bridge City Tools Works (BCTW), a once small boutique tool maker, renown for their innovative and artistic looking hand tools.  Yes, they are still around, they were and still are expensive.  Made in USA, you are paying for skilled tool makers and machinists.  Even if using CADCAM, cost of equipment, skilled labour, cost of materials etc etc, all add up and they are making high precision hand tools for a limited woodworking market.  Even more limited by the price point of their tools.

You may not be aware of this but John Economaki, the founder of Bridge City Tools Works, sold his business and their tools are now Made in China.  Nothing wrong with that but their prices did not reflect their new reality.  Wanna bet their production costs are less?  

Harvey Industries, a China based manufacturer established in 1999 that sells woodworking machinery in over 100 countries, first manufactured the Chopstick maker for Bridge City Tools in 2013.  In 2018, they bought BCTW.

A while back, I came across this tool, the kerfmaker.  Pretty slick and clever. But not cheap Can $70.  Not something I could justify, my poor Unisaw still remained power less (220V) in the garage.  Maybe this is the year.... It may motivated me to run power to it just to check it out :-)

Nonetheless, clever design.  If you look it up (Google kerfmaker) you will find no shortage of  clever wood contraptions that do the same job in a similar fashion, using same principles.   

That is to say, this is nothing new under the sun and this idea is not patentable.  Nothing to prevent someone else to make a pretty close copy if not the same object, albeit in a slightly different colour combination.

And this is what I found on line, via a commerce site called Banggood.

Pic from Banggood site

Pic from BCTW

Looks pretty much like the original Bridge City tool, Kerfmaker.  But this one is from Hungdui, they don't seem to have a large inventory of tools but what I saw looks very well made. 

Looking closely, there are some apparent differences.

First, the colours of the anodized parts.  Slight colour variations.

But there are also two (2) construction details that vary, which seems to point to some improvements?

First the thru hole on the tool, presumably for hanging the tool, is in a different location.  On the original BCTW, the hole is thru the adjustable slider for recording the cutter width.  On the Hungdui one, the hole has moved to the main body, where it would have no influence on the two settings of the tool, if hung from it.  Mind you that also reduced slightly the maximum capacity to set the width of the piece to two (2) inches.  You could probably add another 1/2 inch or so on the BCTW one.  

But the other details is more telling, the BCTW has a simple channel to guide the orange sliding part to record the cutter width, on the Hungdui, that slot is a dovetail shape , making for a better secured slider.

Does it matter?  No idea

Fit and finish?

As crisp and perfect as can be.  The surface finish is a nice low sheen satiny look

Doubt very much it was made by Harvey Industries (Maker of the kerfmaker KM-1) ), then obviously you can get high quality products from other factories located in China at a much lower price point.  Problem remain, where do you find a reliable supplier that would deliver the products as advertised.  Cause lets face it, every time you go on Facebook you are bombarded by all kinds of fly by night outfits that promise to delivers the good things of life at an attractive price.... Buyer beware.

In my early research into the tool prior to purchasing,  I came across this guy reviews of some of their products.  That is how I ended up using Banggood and purchasing that tool, then the carbide scraper and...:-) 

My sharp eyes readers probably noticed that the bench stops he is reviewing in that video above, look very similar to the same one introduced by Lee Valley a few years ago.  Again, I doubt there is anything patentable about it.  In his others China Tools videos I also saw what looks like nearly identical copies of LV Japanese saws mitre blocks.  BTW Veritas products are still Made in Canada, only the Chestnuts tools and the Utilitas brands are made outside Canada (offshore). So again, I do not mind paying good $$ for something Made in Canada, but if Made in China, I would surely expect a cheaper price. Not cheaply made, simply cheaper unit cost

 I did not expect it until April, but the other nite when I checked my Emails I had one from them asking me to acknowledged receiving my parcel. Huh??  Checked the Canada Post tracking Number they gave me and it said delivered to my box 9 hours ago.  So, had to get dressed and go checked my community mail box.  Sure enough there it was!  Pretty fast delivery for Can $5...

Rudy and Diva sniffing the new intruder

Just as described.  Very happy

As soon as I received it, and was satisfied that it was as advertised, I ordered another tool, the carbide scraper.  Already been shipped should arrived soon :-)

But how does it work?

Well, my Unisaw is power less for now, the shop on the Wing is under Covid restrictions, may as well...

try with hand tools :-)

I'll be using the Nobex mitre saw and the Hongdui kerfmaker.

First, I set the width of the Nobex saw blade on the jig

Then I set the width of the cut to half lap another piece, 

using the actual piece to set my gauge

Now setting the stop block location, using the gauge

Now it is just a matter of using the stop block for our first saw kerf

Cut roughly half way.

Over confident?? :-)

Then flip the gauge to the other dimension, reset the stop block

And the resulting cuts.

It just so happened that the two saw cuts are exactly 

on the outside of my desired cut lines.

Had a hard time holding the two pieces steady and shooting the pic.

So being exactly off (?), that tell me that I simply set it wrong.

So what went wrong?

For starter, I set it on the outside face of the blade, not on its cut path. I then repeated the same mistake with the other side of the jig.  My resulting cuts are on the money... on the wrong sides of the lines :-) 

OK, so I still am impressed with my little jig, at a good price point, CAN $32 

Delivered from China to my mail box in 10 days.

And I'm sure I will find other uses in my hand tools shop, once I get used to its idiosyncrasy... Me :-)

Bob, taking a breather from the other packages that arrived Friday :-)

13 chisels sharpened later.... Only 34 to go :-)

I'll crack a cold one, cause I earned it my friends (with apology to Stumpy Nubs, Heh)

Yes, a tad messy

 

The Metric system in Canada

 Being a Dominion of the British Empire, Canada took to using the Imperial measurement system.

Map of the British empire

This is what I grew up with, feet, inches, pounds, miles per hour, gallons (which are slightly different than the US Gal ) and etc.

In my everyday woodworking pursuits, I used strictly inches and foot.  It use a base 12 system; 

12 inches in a foot.  This make it easy to express ratio or fractions such as 1/2, 1/4, 1/8 and etc.

Pic from homeschooling site

I like this fraction system because it help me visualized better object size and relation, both in my head and by looking at it.  But it is deemed archaic and somewhat convoluted to the uninitiated.

Enter the Metric system, base 10, makes everything divisible or multiplied by 10 easy to switch unit of measurements.  Simple and clean isn't it?  

And being used more and more around the world, it make sense to standardized.  There are all kinds of horror stories in the engineering world where small errors of conversion between both measurements systems from each side of the pond caused all kinds of Oups!!

Rockets blew up at launch, space craft missed their trajectory by... a lot, planes ran out of fuel.

 Here in Canada, we have been standardizing to the Metric system kicking and screaming since the 70s.

Between political and public resistances, this is where we are today, after almost 50 years of metrification.

I do this all the time without even thinking about it :-)

My kids generation, born in the seventies, grew up learning Metric, not the Imperial system.

It created some confusion when I was working with the kids in the shop.  They could not understand my inches and me their centimeters.  I long solved that problem by making sure to remove any measuring devices that had metric on it.  It's 6 and three little bars Dad :-)

Today I drive in Km per hour, pay my gas about Cdn $1.00 a litter, read my temperature in Celcius but adjust my thermostats in Fahrenheit.  My weight and height are in feet and pounds, kitchen is still staunchly Imperial also.  We set the stove temperature in Fahrenheit , use measurements like quart, cup, spoon etc. 

And in woodworking?  NO metric please, NO way.  QEII was my Commander In Chief  for over 37 years, I am a staunch Imperialist's when it comes to measurements.  Long live my foot :-)

If you look at Canadian woodworking magazines, you will find often, oh surprise, feet and inches versus metric.

So after almost 50 years later, we Canadian are still slowly being dragged to the dark side of Metric, kicking and screaming. You will have to wait for the passing of my generations before making more headways I'm afraid :-)

Bob, putting his "foot" down on this Metric non sense :-)

Measuring and marking tools for everyone

The last in this short series, save for a few maintenance tools required to take care of some of your tools, sharpening and etc.

Regardless of how you prefer to work, power tools or hand tools, these few essentials will greatly improve your work quality and reduce your frustrations.
Reduce your frustration??  YES, unless it does not bother you that small errors crept up and make things not quite square, drawers sticks, if they open, and trying to juggle an enormous amount of clamps in the vain hope of closing some recalcitrant joints, then NO, you don't need any I guess....
Before any wood is to be cut you need some layout lines.
Lines to guide the following operations, cutting to it.

While a good HB or B pencil is great for lots of small jobs, or the first roughing cuts, it is far from ideal for laying out your joinery cuts.
Because it leave a line of a certain thickness, which is really not straight but slightly tapering as the lead is wearing, it cannot be precise.  No matter what.
Having said that, they still have their place and a white colored pencil is handy on dark colored woods like walnuts.  Reserved these for initial rough cuts.

Enter the marking knife.

They come in a surprising varieties, often based on ethnic origins.  The English, the German, the French, the Japanese knife and etc.

A small selection of marking instruments for layouts 

 From L-R

 HB pencil, Scratch awl, German No 8 carving knife (double edge),

Pair of French L&R marking knifes, Paul Beebe marking knife, Czeck marking knife.

Pick one.

The marking knife leaves a crisp incised line which your saw or chisel can easily follow, bang on.  There is no guessing which sides of the line to cut, split the line etc. The line is THE line.
In order to do that, it needs to be sharpened with a single bevel.  This will result in a cut with a straight wall up down follow by a tapering width. 

That crisp line on top of your piece will become your finish cut on top.  A nice sharply defined line, not a ragged line with saw fuzz or butchered with errand tool cuts.

The straight wall is the absolute line, the tapering part on the away side (the waste side) help guide your saw plate or chisel edge to drop in the line.  In order to do so, we would sometimes enlarge and deepen the taper side of the line with a chisel or knife. This operation also make the small lines much easier to see.

The chisel or saw plate will fall into the bottom of the V

 and be away from intended "line"

Often running a pencil lead over the cut line will make it more stand out.  Oftentimes, the resulting line may be wavering, but it does not matter, your tools will still seek and rest in the "line".

They comes in a variety of styles and shapes, but to be considered a true marking knife, it must be sharpen on one side only.  One bevel, not two like on most knifes.  They comes in pairs, left and right hand versions or with both sides by using a spear point.  Strictly a matter of preferences, depending how you work.  Myself, I prefer my Czeck knife because of its thin long blade, it is great for markings dovetails parts.  But unless you cut dovetails by hands, you may never need its thinness.
   

Two spear point marking knifes.

Two very different thickness

Top Paul Beebe knife, Bottom Czeck knife

Marking gauges
Wood or metal, shop made or purchased, get at least one.

A small selection of marking gauges.

From L-R

Shop made Japanese style, American (Stanley), English (Ward), Canadian (Veritas)

They leave a mark by either scratching, cutting or slicing.
Depending if riding across the grain (width of board) or alongside, the type of cutter makes a small difference.   Properly sharpened and set up, they should leave a mark in the same V shape cut line as the marking knife.  One wall straight, the other tapering out on the waste side.  The resulting lines act as guides for the next tools.

A good compromise between the various types, is the circular cutter one.  Leave a crisp line across grain and does not as easily veered off and follow the grain direction while running along the grain.
Very easy to sharpen but you can replace the cutter easily also
They also make micro adjustable version.  The gold standard being the Tite-Mark gauges.
Veritas makes a micro-adjust version also 

What do you do when your marking gauge is smaller than the board you want to scribe? That is when you used a Panel gauge. Used mostly to scribe a board for ripping to width.

Panel gauge is used to define the finish width of our board.

The marking gauge is used mostly for joinery marks 

near a reference edge. Rabbet, mortise etc. 

You may have noticed, I mentioned "Reference Edge".  Both the Try square and marking gauges rely on either a straight flat face (reference face) or a flat and square to the face, reference edge.
Hint both reference face and edge are done on the 6 in or 8 in jointer.  The very first operations to be done to your board (except to cross cut it in more manageable pieces) before sending them thru the planer then the table saw.  You then end up with flatish, squarish boards of evenish width. Huh ???

YES, cause you are left with ripples (from rotary cutter) and divots (snipes from the planer), circular saw marks from ripping on table saw, perhaps some burn marks and saw fuzz close to square ends.
All of these defects can be minimized by using the proper types of blades for the operation, watching your feed rates, making boards a bit bigger than final dimensions for a quick clean up after.
All these defects are going to throw out the window any accuracy in your measurements, layout, caused problems at assembly etc.  Fortunately, easily rectified

In hand tools woodworking, we use the acronym FEWTEL to describe the flow of operations
Face, Edge, Width, Thickness, End, Length
F - A few swipes of your No 5 Jack with its square edge blade, maybe some touch ups with a card scraper and you have a very flat and out of twist board (check with winding sticks). Mark it as your reference face
E- A few swipes of your No 5 Jack turned, jointer and your edge is flat and square to your face (check with Try Square) Mark it as your reference edge.
From now on ALWAYS reference to this edge with your tools
The W-idth and T-hickness is already close enough, off the power tools.
E-L-  Next we need a square end to be able to measure our final length.
A few pass on your shooting board will give you glass smooth ends without spelching. Check with Try Square.

Depending on which faces is your show face (the exposed face of the board) you may clean them up with your plane or leave them as is from the power tools surfaces.
The point is before any layout or measurements are attempted on your board, you need to have established FIRST a reference face and edge.

Squares.
Surprisingly, not all squares are made totally square or remain so down the road.  Fortunately for us, it is easy to check a square for being square.
Even if you already checked it previously and found it square, it is a good idea to check them often to avoid frustrations down the road... Just saying.

Stay away from the fancy ones with wood bodies.  

They are only guaranteed square on the INSIDE.

Hint, the face with the brass bar.

Inexpensive Machinist Grade B are square on both faces.

For the above reasons, stay away from the nice looking wood  handles ones and simply buy inexpensive Machinist grade B squares.  Groz often on sale at Busy Bee are a good source of inexpensive precision squares.  While you can pay up to $366 USD for a machinist 6 in square, we are woodworkers not machinist.   Grade B is plenty good for us and much more affordable.
You don't need the whole set, of which sizes there are many more than shown, but a 6 in and a smaller 3-4 incher are very handy.

There are all kinds of specialized squares, such as this Veritas 90 degrees square.

Great for wrapping your line around two faces perfectly.

A good source of inexpensive and very accurate squares, angles and protractors

 is the art or drafting stores.

Very accurate and stay that way, unless you break them.

The one shown I had since grade 7 :-) 

Combination square
This is where you are going to spend all the money I saved you so far.  You want and need all the precision you can afford in this very versatile tool.  So versatile you would be reaching often for it.  It is a depth gauge, a straight edge, a ruler, a 90 or 45 degrees square a center finder, a level etc.
Stay away from the hardware stores variety and buy a real good one such as Starrett or other renown machinist tools maker.
Guess who first came out with this form?  Starrett and they still know how to make them to last.

My 75 plus years old Starrett No 4 combination square.

The markings are kinda lost in the tarnishing, but I could not care less,

 I rarely if ever used such measurement's.

The only thing I care is that the head locks solidly square to the ruler every time. 

Which is exactly what is wrong with most other El Cheapo squares. They either don't lock square to start with or they loose that ability down the road to wear and tear.  I had one which broke the pawl that lock the blade rendering it useless.

You don't want a head in plastic or Zamak, Aluminum etc.  You want good old cast iron with precision machined surfaces.  Not moulded, not milled... machined!  That is what you are paying the big $$ for, accuracy.  Don't skimp on it, take good care of it and it will serve you and your untold future generations for years and years.  Get the 12 inch.  Worth the money.

They make a center finding head and a angle reporting head for it, sold separately or as part of the whole set.  Save your money, you don't need these.
You can also buy different sizes rulers or with various markings, including ..yuck.. Metric :-)

Yes, I am a staunch Imperial kind of guy.  QE II was my Commander in Chief for 37 years, 

down with Metric! :-)

Of course, not everything is square...
For these times you need a simple Sliding T bevel square
They come in a variety of styles, but they mostly all have the same fault... except those that lock on the butt end.

A small selection with different locking mechanism's

Except the last 4, my favorite kinds.

YES, they make a gauge to set them, called angle setter.

NO, you don't need it

Lets flip them all...

The first two, lever or big thumb nut, obviously cannot rest flat. 

 The others all do, easily

And the first time you are trying to transfer an angle measurement with one on your chop saw, it is the time that it should lay flat on the wrong side, causing you grief... Just saying :-)
If looking for vintage, looks for Stanley No 18 T bevel square and clones
Thankfully you can buy new ones for a decent prices at Lee Valley, that meet the criteria's required...

The pinch rods or sticks.
You probably been told that to ensure squareness at glue times we measure the diagonals corners and they should be the same, if not we are not square.  Very true, but the  frustration quickly comes trying to fit the tape and measure the same on both diagonals while juggling an armful pile of clamps.  At best some imprecise approximation.

An easier way is using a pair of pinch sticks with tapering ends.  You simply slide it inside box, set the rods to fit corners to corners, lock rods and try other diagonal, if square will fit exactly.  Cannot get anymore precise and no math's involved figuring out the differences.

Easy to makes, make a few sizes, to fit whatever sizes you often work with.  Remember they are adjustable.   I used this hardware kit from LV to make mine, but you can use whatever you can think of.
Watch Pinch rods and squeezy blocks with Roy Underhill make one with pieces of plumbing pipes coupler in Season 2014-15

My pinch sticks made with LV hardware

Even comes with a pairs of small pins to increase versatility

Easy Peasy project

Bought another kit to make another smaller pair of pinch sticks.

Winding sticks
A pair of winding sticks.  Another Easy Peasy project.  You can make them as fancy as you want or just go to the hardware store, pick up a length of angle iron or aluminum.  Cut in half, make some markings with a sharpie and voila.  They will stay put better (stable) on your board, resting on the open legs of the angle and you will not cry such as when your fancy $189.99 USD wooden winding sticks fall off the board or the bench and bounce off the cement floor... And yes, your El Cheapo will works just as fine.  Even after dropping it a few times :-)

Winding sticks in use.

Lay them roughly centered (for balance and best accuracy) at each ends.

They often have centering marks on them.

Sight along and watch for tilt between the two sticks.

The uses of lines or color differences, spots or along whole length, are simply to aid visually.

The difference in level is magnified by the longer sticks.  Longer sticks, sticks out more.

Both in your way and in visible differences,

About 24 to 36 in  should be plenty long and handle most everything.

My pair of Veritas winding sticks nest into each other for storage.

They normally hang on a nail on the side of my plane till 

They are used to detect winding or twist in boards.  If you put in a winding board inside the planer, you will get a flat but still in wind board.  Banana in, banana out. You need a flat side first.  Normally done on the jointer or with our jack plane turned scrub plane.  Also handy to detect twist in assemblies, introduced by unsquared boards, gaps in joinery, clamps pressures etc.
Make or buy one, it truly is essential.

Compass and Dividers
Just what you need to scribe small arc or stepping up distances equally.
A 6 or 8 in divider should handle anything your way..  They of course comes in smaller (4 in) and larger (10, 12 in).

Typical woodworker compass construction, followed by 

three most common types of joint on calipers type.

Yes, you are supposed to leave the little Lee Valley pencils at the stores, 

Oups, it followed me home (Tm)  :-)

Trammels points, pair of
How do you scribe radius bigger than your biggest compass? Trammels points.
They are used with a stick of whatever suitable length, and allows you to swing an arc of whatever radius.  Much, much easier than trying to use a very large compass.

Most trammels points have provision to either swap points for a pencil or add one.

Some are even micro adjustable.  Antiques are very pricy.  Buy a new inexpensive pairs 

at woodworking stores or hardware stores, or make your own.

By using a stick of appropriate length you can scribe an arc of as large as needed.

I use my pinch sticks as its "stick" 

When not in use, they are normally kept together on a small bar, called the keeper

About the cheapest you will find for a decent pair, $20.  The set you see above.

Go No Go gauges
Another easy way to avoid measurements errors is to use a "Standard" such as set up blocks.

Both of these gauges agreed on what 3/4 of an inch should be. 

I can raise a cutting  bit until it touches it and know without measuring, that it is at the exact height.

You don't measure, the measurement is taken care by referencing to a known quantity.

They comes in few variety but are only as good as the precision machining, not stamped, or molded.

Set up blocks make setting up your machines that much easier and precise.   And non surprisingly, make setting up our hand planes easier too :-)
Veritas set up blocks shown above.  I have the whole set with add ons, I love these.
The depth gauge shown is an earlier version of their current tool 

There are so much more gauges and tools I could show you, but I am trying very hard to keep it simple and essential.
We could debate "essential" for ever, but in this case it is meant to show you some simple basic tools that will really enhance your woodworking.  By working easier, safer (?? does band aids count??:-)  and more precise.
So there you have it, your complete essential minimalist tool kit

Missing my Starrett combination square, MIA for this pic

2 saws, 3 planes with 1 spare blade assembly, 1 shooting board,

3 chisels, 2 machinist squares, 1 combination square, 2 types of setting blocks, 1 marking gauge, 1 marking knife, 1 Sliding T bevel square, 1 divider, 1 drafting  angle, 1 compass, 1 pair of winding sticks, 1 pair of pinch sticks, 1 pair of trammel points.

24 tools in total

Cost?? Depends a lot if you buy all new or scour the flea markets/yard sales or online auctions like Kijiji etc.  Knowing what to look for is half the battle. The other half is finding it :-)
Always buy the best tools you can afford in what ever budget, you will never regret it, and they will last you centuries. 

Comments welcomes

Bob, bursting with tools to add... :-)