Follow the link and randomly generate your serial number!
We will create a special archive where all knives and serial numbers will be registered! We specifically want to create collectible value for your exoblades. The special price will include round numbers, year numbers and numbers for future years, such as 2030, 2040, etc.
The lucky one who gets the number 2077 will be offered to buy his knife or put it up for auction, we will tell the details after the vote, in the form of news.
There is already a collector willing to buy a knife with the number 2077 for $ 5,000.
If someone does not have time to vote within 4 days, the number will be assigned by the system automatically.
Blade Production&Parts Monitoring&Metal Review_Part 2.
over 3 years ago
– Tue, Sep 22, 2020 at 04:39:38 AM
Good Day Great and Beginner Cyberpunks!
...in the previous episode_Part 1. Since we all know that the cyberpunk era is about synthetic materials and advanced alloys, the importance of steel in Inertix Exoblade project can hardly be overestimated. A huge amount of work has been done and in the first part of our update report we will tell and show how we became one of those who produce our own M390 in Europe.
M390 formula
_Part 2.
We are pleased to announce that another incredible step has been taken by us with your support and this is how it was ...
It all began with a Mr.Aaron comment,
an interesting and relevant commentary, such comments move our society forward, we are convinced.
By the way, thanks to Mr. Aaron on behalf of the entire development team. Your tips and advice are very helpful in overcoming difficulties on the way to progress!
As a result, we conduct research-investigations on "how to eat it properly and with what".
The first and most difficult, it turned out, was to find out the decoding of the abbreviation M390 - many experts and lovers of knives and even blacksmiths are sure. But there are enough riddles for today, and here are the results we have come to (although we have made a request to the plant https://www.bohler-edelstahl.com/de/kontakt/- have not received an answer yet) -
M - stands for martensitic steel.
390 - the lower temperature threshold of hardening in Fahrenheit.
So, cyberpunk friends, steel is hardened at abnormally low temperatures, but in a special vacuum environment.
The result of such a complex work and a steel formula rich in variety, an excellent alloy for super-cutting is obtained, moreover, you should know that this steel was invented not for knives, but for spheres - where a super-resistant cutting edge is needed, and only then the knife-makers noticed it hyper properties.
All this information about steel cannot be obtained from open source and this is our own research. Further, we found out that some representatives of the world powder metallurgy produce an analogue of the M390 - someone calls it their own way, someone sells fakes under a black flag.
Our legal department gave the following review:
“a mixture of powders cannot be patented, like the metals in it(but the title M390 has copyright), and the proportions are the only option to keep secret, it is aesthetically correct to register its name, and in the description indicate what steel looks like. "
UA390 by RoboRaZor Studio - Ukrainian analog M390
IMPORTANT ↯↯↯
If someone has a fundamental desire to have a Bohler M390, write in the comments - we will do everything, and for those who are not against the novelty, we are glad to present a new steel analogue of the M390 - UA390 by RoboRaZor Studio!
Meanwhile, in the RRZS powder shop ...
A large batch of blanks for your attention.
UA390rrzs (M390) 1st batch
UA390 (M390) 2d batch
From each workpiece with an electro-erosion device (super-precise and super-thin cut - almost no seam is visible if you insert the cut workpiece into the source), we get two excellent blades.
welded workpieces are cut in batches for economy and accuracy
Then they leave for hardening, but about this the next most interesting update.
Parts monitoring(handles mold).
At the same time, the second group of our molds is involved in the production of titanium handles (also copper, bronze and aluminum will appear in October 2020).
Inertix handle mold
Inertix handle mold
The advantage of molds is that the products are produced with a perfect surface and excellent uniform quality.
Below in the photo you see a batch of handles obtained by baking in an hour. Every day we are able to produce up to 200 handles from any metal at a minimal cost.
Inertix Configuration Evolution.
Another very interesting news - we have another improvement filed for a patent.
Immediately 3 patents per week, but first things first - how was that ...
In the process of endless tests, assembly and disassembly of Inertix Exoblade, certain features were discovered that could prevent you, dear friends, in the near future from assembling your own custom devices. The reason for the difficulties was the peculiarity of the grooves along which the blade moves. Specifically, in order to install a new blade you would have to rub it yourself, that is, spending several hours continuously rubbing the blade against the handle is unacceptable. We made a willful decision to improve the mechanism while metallurgists were fighting for the fineness of the blade.
In fact, we walked along the edge for 2 months and every day conferred whether or not to move in such a risky direction for the timing.
But it was impossible to improve everything - the new solutions did not work at all or gave a terrible backlash - and backlash sounds like a sentence in our case ...
And so, at some point, the chief creator, Alexander Krivosheya, sent everyone on vacation for a week and sat down in the workshop ... when everyone returned, everything was ready ... And, lo and behold! Alexander completely abandoned the grooves and fundamentally altered the mechanism without changing the appearance and functionality!
In the next update we will show a video with the updated mechanism!
Within ten days, there will be another extensive update that will combine the expert data. metals, video of work of the updated configuration and the main news will be a photo of all finished blades + all ready-made components for the final assembly!
We also remind you of the upcoming wonderful event - voting! No, not exactly what you were thinking (American backers) .
We will all randomly select the serial numbers of our exoblades!
To be continued and thank you all for being with us!
Have a nice week everyone!
BEST
Blade Production&Parts Monitoring&Metal Review_Part 1.
over 3 years ago
– Wed, Sep 09, 2020 at 08:09:19 PM
Good Day Great and Beginner Cyberpunks!
_Part 1.
Since we all know that the cyberpunk era is about synthetic materials and advanced alloys, the importance of steel in Inertix Exoblade project can hardly be overestimated.
A huge amount of work has been done and in the first part of our update report we will tell and show how we became one of those who produce our own M390 in Europe.
Steel grade M390 - martensitic, with a high chromium content, powder steel. Optimum hardness 60-62 HRC. The carbide content in steel M390 is about 20%. Very high wear and corrosion resistance. Popular, it is used with pleasure by both serial manufacturers for premium knives and private manufacturers. The recommended angle of sharpening of the M390 steel blade is from 30 degrees. When sharpening, the burr is minimal. Sharpening itself is usually not a problem.
Steel composition M390,%
PROPERTIES OF STEEL ELEMENTS:
Carbon (C, Carbon): improves edge retention and increases toughness; increases hardness and wear resistance; reduces plasticity; in large values reduces the corrosion resistance.
Chromium (Cr, Chromium): increases hardness, tensile strength and density; increase resistance to corrosion (> 11% makes the alloy stainless).
Manganese (Mn, Manganese): increases hardenability, wear resistance and toughness; used as a deoxidizer and degasser to remove oxygen during metal smelting; in large% increases hardness and brittleness.
Molybdenum (Mo, Molybdenum): increases hardness, strength, hardenability and density; improves machinability and corrosion resistance.
Phosphorus: Considered a harmful impurity. It dissolves in ferrite, thereby increasing strength, but reducing ductility and toughness with an increase in the tendency of steel to brittle. In low alloy steels with about 0.1% carbon, phosphorus increases strength and resistance to atmospheric corrosion. It is considered a harmful impurity.
Silicon (Si, Silicon): increases strength; used as a deoxidizer and degasser to remove oxygen during metal smelting.
Sulfur (S, Sulfur): Generally considered a harmful impurity affecting ductility, toughness, weldability, corrosive properties, steel surface quality, etc. The harmful effect of sulfur reduces the presence of manganese in the steel. The sulfur content in high-quality steels does not exceed 0.02-0.03%.
Vanadium (V, Vanadium): increases strength, wear resistance, increases density and toughness; increases corrosion resistance by increasing the oxide film; vanadium carbide inclusions are very hard.
Real video of making Inertix Samurai blades.
Similar analogues: CPM 20CV (USA)
The modeled composition is fed into a special mold of the Inertix Samurai blade.
We could take the easy route and create blades from off-the-shelf steel - but the unit price would rise to $ 400.
At the moment, we have sent the first samples and are awaiting an official examination of the spectral analysis for public confirmation of the brand.
In _Part 2. we will show you a macro photo and you can see the structure of this truly unique steel with the naked eye!
Dear backers,
we will make the next update at the end of this week - the deadline is September 14th.
The hardest part is over - now the process will go much faster.
In _Part 2, you will see the results of the examination of the spectral analysis of steel, see our improvements, watch a video from the new assembly shop and possibly the assembly process itself.
We will also review the components and custom features that will be available immediately after you receive your pledge.
We shake hands with everyone!
And see you in a week ...
RoboRazor Studio team
Blade Production (unscheduled introductory update)
almost 4 years ago
– Sat, Aug 01, 2020 at 12:26:03 AM
Have a nice humanoid day everyone!
We can't wait to tell you about the progress of the Inerix project,
so this unscheduled introductory update on the production of the blade
for the Exoblade in steel grade M390.
M390
"High price is the only drawback..."
As previously stated, the M390 blade is the best solution for a good pocket knife
and we settled on this choice and do not regret it at all. A good premium cut
that does not need to be sharpened often, because a reliable long-lasting sharpening
is very important for us, always busy with something urban users. Striking appearance
and high scratch resistance, as well as a unique feeling of power - all this should be. But this material, ready for final processing, is very expensive and Inertix could cost
a couple of thousand dollars, if not for one interesting technology that we use and
which has a primary, perhaps most important role, in the birth of this miracle.
M390 is relatively stainless. Due to the large amount of chromium in the composition, there is little chance of corrosion. This is especially noticeable in comparison with other hard steels, which are known for their sharpness, but are easily corroded...
All steels have a different production technology
So, a little scientific approach about M390 technology itself.
______Powder metallurgy is a technology for producing metal powders and making products from them (or their compositions with non-metallic powders). In general, the technological process of powder metallurgy consists of four main stages: powder production, powder mixing, compaction (pressing, briquetting) and sintering. Used as a cost-effective replacement for machining in mass production. The technology makes it possible to obtain high-precision products. It is also used to achieve special properties or specified characteristics that cannot be obtained by any other method.______
A typical technological process for manufacturing parts by powder metallurgy consists of the following main operations: charge preparation (mixing), molding, sintering and calibration.
Mixing is the preparation, using mixers, of a homogeneous mechanical mixture of metal powders of various chemical and granulometric composition or a mixture of metal powders with non-metallic ones. Mixing is a preparatory operation. Some manufacturers of metal powder for pressing supply ready-mix.
It is the creation of the mold that is the most important process in terms of accuracy, since any error is irreparable!
Products are molded by cold pressing under high pressure (30-1000 MPa) in metal molds.
Rigid closed molds are usually used, the press tool is usually oriented vertically.
The mixture of powders is freely poured into the cavity of the die, the volumetric
dosage is regulated by the stroke of the lower punch.
⇥Then comes sintering, calibration and additional operations...
Inertix Blade Steel under a microscope
Now, attention, good news:
our molds are ready and passed the first tests!
Inertix Blade mold
Inertix M390 blade mold
Inertix M390 blade coming soon...
So we will have the first blades by August 11!
Have a great weekend everyone and see you!
Cyber regards
RoboRazor Studio Team
Correction: short interim Update.
almost 4 years ago
– Wed, Jul 29, 2020 at 12:00:17 AM
Good Day to All Brave Cyberpunks!
We decided to double-check everything again with the drawings,
the mold also "asked" for an extra couple of weeks of reconciliation for super-accuracy,
the project audit will help meet the deadlines and give the brain the ability to create
a quality product. For this reason, we are updating the project timeline, the dates
have shifted by 3 weeks, but this will save months of unnecessary improvements
and our&your good mood!
