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7/30/22

The Sculptural Knife Urn or SKU


Hello everyone

Today I have a piece to share that is four years in the making. I call it "The Sculptural Knife Urn" and it is the third work in my Sharps series of knife-centric craft forms. This is the last piece in this incredibly fruitful triptych of works. I dare say it has completely changed the path of my sculpture practice.


I can't talk about this project without partially re-stating the impetus for embarking on this project. It has been helpful revisiting my thesis with each installment, as it has allowed me to chew on my original assumptions and reframe them in light of new developments. So for those who like my longer posts, this is one of them.


The industrial Arts as Muse: 

I'd hoped this fascinating tangent into knives and craft forms would help me tease out the interconnected nature of various industrial crafts. As I have tried to understand my relationship with my process, I have often turned my attention to other craft traditions such as ceramics, glass, and wood-turning. I've looked for parallels to how each of those practices transitioned from the factory floor to the artists studio–so that I can better do the same with the medium of machine work. 

In each of these crafts, I found a remarkably similar story and I was moved to try and combine influences from all of them into a single series of works.


On reflection, I've come to realize this project isn’t really about knife making–it isn’t about vases, bowls, or urns either–it is about the state of craft as we find it. It is an appreciation of the idea that craft isn’t a rest-home for idiosyncratic or cast off processes, or where practitioners of defunct trades go to retire–it is a natural step in the material progress of our species. 


Craft, whether part of the fine art landscape or somewhere else along the spectrum of utility and decor, is an important part of how we innovate to solve tangible needs. When material processes are brought into being, usually through the sciences or engineering, their uses are narrow and specific. But when the technology around that process is sufficiently advanced (or even obsolete for industrial use), it is artists and craftspeople who help flesh out the myriad alternative ways in which that process can be applied. 

Artists are the ones responsible for transforming material innovations into cultural innovations that more broadly influence a society.


I talk a lot on this blog about how using modern machine tools to make art is a relatively new phenomenon, but I don’t think I have accurately portrayed what I mean by that. Indeed artists have been employing machine tools to produce various kinds of artwork for decades–a century or more even–so I should clarify what I mean when I say that machining–as a vocation–is becoming a new art form.

While the tools I use have been employed in the production of fine art – through various fabrication shops, organizational structures, and outsourced expertise–it is only just now beginning to exist as a studio craft movement in the same vein as other more established craft traditions–one who's practice is directly engaged with the medium rather than just being a means to an end.

What do I mean by that? I mean that the prerequisite for exploring a medium as a studio craft–by my estimation– is that an artist must be able to bring the entire enterprise under their control (one artist, one studio). In the most decadent way, every aspect of a practice must become available for creative appropriation, deconstruction, and exploration. I say this more as an aspiration than a hard rule, but a solo artist practice is one of the few settings that provides the freedom necessary for the uninhibited level of investigation it takes to create artifacts that both influence, and distinctly represent, a medium. 

Personal access to modern forms of metalworking equipment–the kind that makes the most rigorous artistic exploration possible–has been largely out of reach for most practicing artists until very recently. History has plenty of examples to demonstrate how a process blooms once conditions change, allowing artists to truly own the means of production, so let's use fine art glass as an example.
 

Glass work: A very brief and incomplete history.

Decorative glasswork has been around for centuries, but for brevity I am skipping over the Egyptians, and Romans to create a slightly more contemporary example. 

I think one of the better known glass makers from the turn of the 20th century is Tiffany glass. Louis Comfort Tiffany set up the Tiffany Studio in New York and produced a wide array of stained glass and other decorative glass designs. He developed a number of innovations in the science of creating glass and greatly expanded how it might be used for artistic purposes.

However, the structure of this outfit was as a design house and factory. It was run by teams of artisans and designers working to produce decorative and utilitarian pieces. There were plenty of successful attempts at art, but by and large it was a commercial affair that catered to a decorative class of collectors. The work was constrained by the socio economic guardrails of what a “collectable” glass object could be. In order to sustain the factory, the vast majority of its output was stained glass, lighting, vases, and the like.

Contrast this with the birth of the studio glass movement.

In 1962, on the heels of a boom in interest in the studio ceramics movement, Artist Harvey Littleton and research scientist Dominick Labine developed a design for a small and affordable furnace that could melt glass. This small advent removed the need for teams of operators as well as greatly reduced financial and physical infrastructure needs. It singlehandedly created the conditions for solo artists to bring the production of glass art directly into their studios. In the same manner as a painter might paint, artist were able to work freely with glass, away from outside eyes and commercial influence. This meant glass art could be practiced by one artist in one studio.

Glass art's popularity began to grow and this era saw an explosion in the creative output of artists using glass. The guard rails were suddenly gone and a piece of glass art could be literally anything (or nothing at all). Experimentation was rampant and this gave rise to the fine art landscape we see in glass today. Many of the examples of glass sculpture we see in museums were born out of this era.


The story of glass art resonates with me because very similarly, and until very recently, artists looking to leverage machine tools and modern digital fabrication technology for the creation of art would likely have needed to rely on design firms, tech schools, and fabrication studios with teams of specialists who could assist in programing, running, and maintaining the machines that were beyond their experience and financial reach.

Like early glass factories– this limited access to tools has a way of constraining the way digital fabrication technology is used. Limited access can have the effect of relegating the artist to being primarily a designer, which places them in a more perfunctory role in the production of their own work. 



Now don't get me wrong, institutional settings are perfectly appropriate for early education. Maker spaces, apprenticeships, and schools are important resources for developing a practice. Likewise, there will always be legitimate reasons for artists to share resources and hire outside experience for the production of work, be it for conceptual reasons, or practical constraints. But that is no reason not advocate for an ideal. 

Every artist who is invested in directly exploring their craft, should strive for creative independence and plan their exit from institutional reliance as soon as it is appropriate. There is no substitute for owning and running your practice in its entirety. Anything that limits when, where, or how you can pursue an idea can be detrimental to your ability to create. 

History backs me up on this. So seize the means of production and make it a conceptual part of your art. 
 

Machine tool technology over the last two decades has become quite scalable (small). Financial accessibility is still up for some debate on what is achievable for an artist looking to pursue ideas over profit. However difficult, it is currently possible to bring these tools under an artist's roof, and it has been my intention for the last twenty years to do just that. 

I started out exploring modern machine work with an eye toward fine art sculpture, but over the years, pursuing work in the spirit of many of the studio crafts that have come before has also become an important part of how I define my work. So long story short, here I am with a razor sharp decorative urn made of machined knives and decorative hardwoods. A piece that is (somehow) supposed to embody all that I have said. Sheeesh!

I hope some of you will appreciate the nuance I have poured into a project like this, it is certainly what keeps me digging ever deeper into the possibilities of my craft.


Some additional thoughts: I want to close this out by saying that I try to be careful about subscribing to various dogmas. I have enumerated a very particular way of thinking about the evolution of craft. One that simplifies and ignores differences in geography and time (that is, people used tools and materials differently, in different places, at different times throughout history). In doing so I have no doubt implied that there is some greater value or purpose in creating “fine art” as it is understood in western culture. But this is not quite right.


I want to be clear that life is not as neat and tidy as the above summary–or art canon–depicts. Artists, designers and craftsmen will always fall along a spectrum in how they utilize tools, materials, and concepts; no doubt overlapping many different worlds during their lifetime of creating.

However, I feel it is instructive to think about the various stages that material technologies undertake as they move through a particular culture. Creating fine art is just one of a number of equally noble ends (like science) that help us to appreciate the means by which we express ourselves. How processes make their way from discovery, to utility application, to culture producer, to conceptual symbol for a unique moment in time, is a useful framework that can help us all make better work–whatever that work may be.


Technical Notes: In building this piece, I. was able to incorporate many of the techniques and processes I have been honing over the years. Most recent of those being the dyeing and stabilization of hardwoods. 

After my experiment making several turned wooden bowls, where the incorporated woods were structural elements of the piece, I wanted to turn to a much more decorative approach. The green maple burl pieces in this design are not structural, but instead serve only as inlays and bosses. They function as allusions to other decorative elements I have admired in my research.


I am calling this third work an “Urn” but like most of my works, strict classification is neither easy, nor necessary. above is the earliest concept sketch for the whole series. 

As you can see, as the project slowly progressed (less than one work a year) the deviation from my original plan became more and more severe. My original urn design (on the right) is completely unrecognizable from what I ended up creating. This is exactly as one should expect, as each work in the series added new information and challenges that needed to be incorporated.

My original urn design did have an interesting assembly mechanic, but perhaps I will use that somewhere else in the future.


As an urn, this piece is incredibly over engineered. Rather than being machined from one piece, the inner vessel has half a dozen interlocking and threaded segments that stack to create the volume of the piece. This allowed me to add some wonderful details and color to the interior space of the urn, as well as create a support structure that would hold the wooden elements without relying on them for structural support.

This complex arrangement also gave me a small amount of adjustability to ensure the blades could be properly installed.
 

Which brings me to the blades themselves. I have tried to rationalize my use of razor sharp blades in various ways. Now that I am at the end of my journey, I think they need little justification. Their aesthetic contribution to the work is very evident in this piece. That they add a conceptual layer to the work is only a further bonus.
 

Turned knife blades? 

Sometimes you just have to try something because you can. In all my research into knife making, it always seemed like the smooth curved bevels on some blades might be achieved using a facing operation on a lathe. There is no reason to do it this way of course, and I have never seen it done this way. All the more reason to try it. So I designed the blade forms intending to try and turn the bevels on a lathe, which is a very unusual set up for a knife maker. 

This process was pretty rough on the cutting tool inserts and many were chipped long before they should have. 440C stainless is a hard material, which does not lend itself to this kind of cut. But it actually worked! and the finish was pretty good. Who knows, maybe there are other ways to make knives on lathes.

Above is a process video that illustrates this turning operation for the blades (approximately the 13:25 mark). I tried to capture the bulk of the steps that brought this piece of art into being, but life in the shop gets hectic and I did miss a few steps. Some other video clips were lost due to technical issues. But all in all, it is still a great ride.
 

One last thing that I have wrestled with over these three knife projects was the level of finish to apply to the blade forms. I have tried to approach their creation as a machinist would–as opposed to a blacksmith or knife grinder. To that end, I have eschewed the common practice of bringing the final knife forms to a very high mirror polish. There is some economy in doing this, but my primary reason for not doing so is because, over the course of my entire practice, I have found mirror finishes to greatly distract from seeing the form of an object as a whole (I have always preferred satin finishes or finishes with grain).

With a mirror finish one does not see the object, only the reflections around it (photography is also a nightmare). Likewise, even though I am a machinist that uses numerous automated processes, I have come to appreciate small bits of evidence as to how a part was crafted, such as fine turning marks you can only see under close inspection. Even with computerized tooling, each process has its own signature look if you know what you are seeing.

I think to most eyes, the difference will be small, but to me it is important that I can tell how each part is made, not by remembering, but by looking at it.


Anyway, I am glad to bring this tryptic to a close and apply what I have learned to new sculptural adventures going forward. Thanks for sticking with me for the long read. As always, comments and questions are welcome.


 


7/5/22

The S2B


Introducing the "S2B" or Sculptural-SliderBead.

This piece builds on the SB 312 sculpture I released earlier this year. Whereas that work was a static sculpture with purely aesthetic aspirations, this next entry has kinetic elements that drastically change the way the work is experienced.


When handling the original SB-312 sculpture, there was something I just couldn’t shake about the geometry. I kept feeling that I wanted the three legs of the piece to slide up and down so I could reposition them.


It was a case where the implied functionality of the piece was both obvious and powerful, so I resolved that this was the direction for this next work in the series. 

But with functionality comes a different set of challenges which can influence the visual elements of the piece.


In order to achieve a moving mechanic, the composition needed to be elongated and enlarged, Mostly to accommodate the magnetic arrangement that achieved the motion I wanted, but also to improve the grip on the piece.


The magnets create an interesting haptic feel as the individual sliders jump from position to position. Anyone who remembers the MG series can probably see this is a similar functionality, albeit a little inverted with much less reliance on magnetic force to hold the work together.

The S2B has a custom shoulder bolt that retains and constrains the motion of each sliding element.


Mechanics were not the only thing influencing the look of this sculpture. If you remember from my post on SB-312 One thing I hoped to achieve in this series was to explore some popular exotic metals—in a careful and thoughtful manner that played directly to a single chosen material. 


For this series I have introduced a material known as Mokume-gane which is a unique metal laminate intended to mimic wood grain. This material has its origins in 17th century Japan with the making of ornamental samurai swords. 

The process for making Mokume-gane eventually found its way west, into jewelry making and other decorative traditions, and most recently into a much more industrialized (if still decorative) form of machined art.
  

In researching this material, I was reminded of why I am so careful about bringing exotic materials into my practice. While it is easy to just buy a novel material and start cutting to meet a decorative end, I think a lot is missed that way.


Mokume-gane is a complex and varied material with a fascinating history, it feels weird to just pick it up and use it without some kind of formal introduction. For instance, there are a few ways to make the material, something I would like to learn more about.

Jewelers often incorporate a variety of noble and base metals into various formulations as well. Some use more precious metals like gold and silver in their home brewed versions of Mokume-gane, while other versions are more economical, containing mostly copper alloys and nickel silver.


The material I used, which is more suitably sized for machine work, is composed of layers of brass, copper, and nickel silver. Each variation of Mokume-gane behaves differently and can be finished and patinated in a variety of ways. Which again, I still have much to learn.


Admittedly, my use of Mokume-gane here is pretty straight forward and consistent with other machined art that I have seen (we all learn from doing though). The finish on this prototype is a simple etch with ferric chloride to bring out contrast in the metals and matte the finish. 

The sculpture measures 2" long and 1.5" Diameter


I look forward to incorporating this unique material in a more comprehensive way in the future, but for now, this is the first step in my education. 

Above are some of the concerns and considerations of this material. 
 

Some closing thoughts.


As I continue to pursue these small sculptures, it has emerged that my two different modes of working, kinetic and more traditional sculpture, might be slowly converging.


I am less wedded to the idea of incorporating a mechanic for my small work, and more open to the idea in larger one-of-a-kind pieces. Sometimes I begin a design with a mechanic in mind, but it becomes unworkable and I abandon it in favor of a more accomplished static sculpture. The inverse is also becoming true and I have found myself designing larger works with no intention of adding kinetic elements, only to be tempted by opportunities to do just that.


Perhaps, just maybe, I am become less rigid in what I hope to achieve with any given design, favoring a more fluid process. I think one might describe that, as personal growth.


Anyway, hope you enjoy the piece.



Notes for collectors: As has become customary, I will be offering these works up as a one time limited edition.

You will be able to acquire them individually, or as a set. Pricing and all relevant details of the sale will be posted at the time of sign up.  (please note that Mokume-gane is a considerably more expensive material and this will reflect in pricing) 

The sign up will go live on Thursday July 7th at 11 AM EST. I will leave the sign up open for a little longer than usual because I know a lot of you are traveling this time of year. Probably a week to ten days, and then the books will close forever.  

I will post the sign up link to my email newsletter, here on the blog, as well as on my instagram page.



Notes on Mokume-gane: For those thinking of collecting the Mokume-gane version of this work—this metal is used often in jewelry making, but it does not mean that it is an inert material.  Like Brass or copper, Mokume-gane requires care to maintain. It will tarnish of not regularly waxed after handling. Some people enjoy the look of this, others do not.  

Additionally, Any time you mix metals in an environment where they will be in contact with an acid (you, your body) it invites something called galvanic corrosion. Handling this material will change it over time, in ways that are hard to predict. It may be the case that the material will simply change color or the etch may deepen in a way that is pleasing, but I want to be clear that this is experimental art, engaged in with open eyes and realistic expectations. Here is a link to an extreme example of what can happen to a similar material under what I consider to be extreme conditions. 

I cannot speak to the exact material or method used. Obviously you won’t be wearing this piece of art day and night, let alone subjecting it to a total submersion in an acidic medium. The experiment in the article is interesting and educational, but not reflective of any real world scenario that would unfold with this sculpture. Unlike a ring, you won't be washing your hands with it, handling acidic foods (yes also urine is a problem with jewelry), or bathing with it. I would not expect anything of this magnitude to occur with the work under normal use. But I think it is important to inform collectors so we are all on the same page. 

If you intend to lightly use the work, and display it, I expect it will perform perfectly well. There are examples of Mokume-gane craftwork that are hundreds of years old.

So with that said, if any of that sounds scary to you, if any patina or change in the material is unacceptable to you, or you are a serious fidgeter who wants the most durable object you can get, I would simply steer you to the stainless steel version of the work. Stainless steel, without a doubt, will outlast us all.

Thanks again, and as always, comments and questions are welcome. 


4/4/22

Introducing the Mazer (M3)


I know it hasn’t been long since my last post, but unexpectedly (even for me) I have completed the final installment in my Mazer (bowl) series. 



This work is a part of a triptych of bowl shapes. All of them loosely based around a Mazer, which is an ancient drinking vessel that typically had a boss in the center and a flat foot on the bottom.

Mazer's also had a wide array of gilding and decorative elements that made them kind of impractical. This is of course appealing to me as a sculptor, as I like it when aesthetics take precedent over usefulness.


The main bowl form of the M3 is made of stabilized maple burl with a blue dye added to the stabilizing fluid. The metal details in the piece are machined out of aluminum, then finished and anodized with a warm champaign copper color.

Both of these colors play very differently depending on the light. The Maple can sometimes seem more green than blue, and the copper can appear pinkish to a brassy-yellow against the blueish maple when viewed in warm light. It is really interesting to observe, especially if you are into color theory.

The progression with the set is interesting too.


The first Mazer in the series (M1) was kind of an accident. It was made from a repurposed and slightly damaged piece of Desert Ironwood that came out of my SKB (sculptural knife Bowl) project.

It is very hard to find ironwood in this size, so I didn't want to scrap the piece. Instead I decided to have some fun with it as a side experiment. I didn't think much of the end result at first, and I didn't even properly photograph the piece until much later. It doesn't even have an official blog post. But after a time I realized there was more there, and so when the need for some additional wood experiments came up, I knew I had something worthwhile I could pursue.

Looking at the M1 in the context of the triptych, this first work seems almost rustic and kind of chunky. Functionally speaking, it is the most utilitarian piece. I think it is great starting point for representing how craft forms can diverge from utility over time.



I don't feel I need to say too much about the M2 as I just posted about it a few short weeks ago.

The piece is still very much a bowl shape. but the decorative elements go a long way to thwart utility in favor of more sculptural appeal.

I also remain proud of how well my first attempt at stabilizing my own piece of Maple Burl turned out.


The M3 is the final work in the series. It is quite shallow for a Mazer. One could barely call it a bowl form at all, but it looks amazing.

Running with the idea that many utilitarian crafts eventually abandon function in pursuit of decorative and craft concepts, the bare minimum interpretation of a what a bowl could be won the day.

I think they are all great successes and I love how they each have their own unique nature.


Dimensions are 6.5" Diameter by 1"deep


Side Notes: As I alluded to at the top, that this work exists at all is a perfect example of the way a good work ethic can smooth out the emotional roller coaster of making art. When I closed out my last post two weeks ago, I wasn’t really sure if I was going to pursue this piece (at least not anytime soon).


I have written before that even if a piece is a triumph, I can sometimes feel a little deflated at the end of a project. I can intellectualize that I have achieved something. However emotionally, it is a much more mixed sensation. Many artist need a little time and space between themselves and their works to fully appreciate them.


Mentally, I was a little reluctant to dive right back into a new work of the same concept. Fortunately my working impulses don’t really give me much room to procrastinate. I went back into the shop (after a good night's rest) still thinking I would just focus on some projects that I already have underway, when I just happened to walk past the stabilized Maple blank I had prepared for this piece. 


I glanced at it—then before I had time to think it was in my hand—next thing I knew, I was turning it in my lathe.


Almost mechanically, I had started the work whether I wanted to or not. Such is discipline.


My work-habits often save me from hitting a creative wall. Because I have been practicing for so long, muscle memory can easily take over for me when my mind needs a little time to catch up. In this case, it wasn’t long before I was fully reinvested in this piece and excited to see through to the end. 


I find that my actions often lead my feelings in this way. It is another reason why I make art. It gives me the chance to step back and watch how my own mind works.



It is a cliche at this point that artist make work in order to understand themselves, and in the context of this single work, it is a lot to put onto a little wooden bowl. But for me it is true, and this idea comes up again and again as I work.

I think it would be wrong not to talk about it when talking about my work, so thanks for hearing my little confessions from time to time.


Note for collectors:

Now that this trio is complete, I am entertaining the idea of offering the set up for collection.

I am going to keep this low key, as it is my hope that I can keep the three works together as a triptych. If that is too much to ask, I will be quite happy to keep these little beauties in my personal collection. But if there is any interest, please just drop me a note and we can discuss it.

And of course, as always, questions and comments are welcome. 

3/21/22

Mazer (M2)




Hello Everyone

This work was just supposed to be a quick sketch. Something to help me as I learn the process of resin stabilizing hardwood. But as is always the case, the project grew and a month slipped passed, and now I have this wonderful Mazer style bowl to share with all of you.


Stabilizing wood is a process that both strengthens a piece of wood, and makes it dimensionally stable so that it can be utilized in more precision applications.

In previous projects, I relied on sourcing stabilized material from other skilled makers. But as my desire to make new shapes and forms grew, I quickly realized I had outgrown the sizes and shapes of material that were readily available. I approached a few people who specialize in stabilization with special requests and was alternately told that it was not possible, or not profitable, to make stabilized wood in the sizes and shapes that I wanted.


I could live with, "not possible" if it were true, but "not profitable" sounded like a silly reason not to do something, so I had to try it myself to see what was what.


The process is not terribly complicated and the setup relatively affordable if you have a small space to make a mess. It involves drying the wood, then placing it in a vacuum chamber while submerged in a special resin.

Under vacuum, much of the air and residual moister are pulled from the wood (you can never truly get all of it). After many hours under vacuum, pressure is returned to the chamber and the resin is forced deeper into the wood by normal atmospheric pressure and good old capillary action.


After a long soak, the wood is then placed in an oven where the resin cures and hardens. The result is a plasticized piece of wood that is perfect for machining and other fine craft work.

It is a fascinating process to learn, and I am simplifying just a bit. This work represents my first attempt at using a piece of wood from my own process. The wood you see is a piece of Maple Burl. It was stabilized as a 7" round and finished down to 6"diameter.


The metal details are all in Stainless steel. I went with a wooden bowl form because I just love the work of so many wood turners. But since I am not quite a wood turner myself, I went with a very ornate style of bowl called a Mazer. A far more decorative than functional object for sure. This is what happens when you give a machinist wood to turn I guess. 


Anyhow, this is the first step on my journey towards a much more ambitious piece. I have one more "small sketch" that I was planning, but considering how long this first one took, I might have delay that work for a little while. I am just not sure there is time in my current work flow. But we will see what happens.



Thanks for looking, and as always, comments and questions are welcome. 





2/28/22

SB 312222461

Niobium–titanium

Hello everyone. I have been hard at work on a couple projects and this wonderful set of pocket sized sculptures is the first to make it across the finish line. 


In keeping with my recent forays into new materials, I decided it was high time I bring an exotic material into the mix that I have long appreciated. This material is colloquially known as "superconductor". 

Niobium–titanium superconductor art

I know some of you are familiar, but others are likely wondering what is superconductor? 

Well, there are actually many materials classed as having superconducting qualities, but in this case what I am referring to is Niobium-titanium filaments encased in a copper matrix


Niobium–titanium superconductor is a material that comes in many shapes and sizes. It is an industrial product primarily used in science engineering, but it has (unsurprisingly) acquired quite a cult following in the metal working and maker communities. 

Characterized by thin rods of what is essentially titanium, arranged within a larger body of solid copper, it is a metal that presents a sort of abstract grain structure. When machined into compound forms, it produces very predictable and pleasing patterns. The copper, which is susceptible to most acids, can then be etched or almost entirely dissolved, leaving the more resistant titanium rods intact to accentuate the grain pattern. 

There are machinist makers using this material for all sorts of fascinating decorative work. Knives, rings, and spinning tops to name the more prominent examples. This is of course exciting to me as a sculptor. I love it when artist co-opt tools and technology for their own special kind of cultural production. 

superconductor Niobium–titanium alloy

Superconductor is a difficult material to shape however, as the copper is pure, which makes it very soft and gummy, while the titanium sections are tough and prone to work hardening. This makes it hard to optimize for either scenario. 

Not to mention that titanium is flammable. If you chip a cutter and catch a spark wrong, you could be in for a small fireworks show. A little extra care to keep the work space clean and free of turnings is more than a good idea. 

But, if you are careful, you can pull it off without too much trouble. The results are very striking and quite worth the effort.

machined metal sculpture

Now enough about superconductor, because this all-stainless steel piece is also bursting with charm. I think it is an important part of the pair, as I wouldn't really have known the best way to approach the superconductor without it. 

Chris Bathgate Superconductor art

I actually designed this steel version as a sort of contrast piece, as a creative check for myself. I wanted to be able to compare the two and make sure my design was not solely dependent on the novelty of the superconductor to make the composition work.

Maybe that seems weird to some of you, but I reasoned that if the design didn't work in stainless, then perhaps I am relying too much on my exotic material to improve what is otherwise a mediocre composition.

machining metal art

As you can see, that just isn't the case. It's gorgeous. 

CNC sculptor Chris Bathgate

Another thing I hoped to achieve with this design is that I have been thinking a lot about the challenges of creating interesting interior spaces within my work. This was a sketch to help me with some larger work I have on the drawing board. 

I love using little pieces as test beds for bigger work. 


In the video above,  I explain some of the technical constraints that guided the design. Sometimes a video goes a long way in demonstrating what the heck I am talking about. 

Other times it just highlights how often I say "ummmm"!!!  (Oh well)


At just 1.3" tall or 33mm, these works are some of the smallest I have made.

Niobium–titanium and Stainless steel art

Note for collectors: As has become customary, I will be offering these works up as a one time limited edition.

superconductor fine art

You will be able to acquire them as a pair, or individually in all stainless steel or superconductor. Pricing and all relevant details of the sale will be posted at the time of sign up.  (please note that superconductor is a considerably more expensive material and this will reflect in pricing) 

The sign up will go live on Wednesday March 2nd at 11 AM EST. It will run for just a few days, or until I determine my books are too full. 

I will post the sign up link to my email newsletter, here on the blog, as well as on my instagram page. It should be a fun project!

Digital fabrication fine art

As always, questions and comments welcome.