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BRINGING ACCESSABILITY and AFFORABILITY TO CNC MACHINING

Mikini Mechatronics is a developer and manufacturer of CNC components, systems and machining centers

We are devoted to bringing our customers the highest value, open source, easiest to use products available

We use and proudly stand behind every product we sell. We strive to exceed expectations

Please browse our website and we welcome you to contact us with any questions.

 

 

 

 

 

 

Mikini Mechatronics story begins in 2005, when our parent company was working on a research and design project that required samples of multiple iterations of a small piece of semi custom hardware. Each prototype could be made easily on a CNC machine, but the setup and programming translation time that was required made such operations cost prohibitive at today's job shop rates. We looked into all of the available CNC machines, and ended up buying a new Benchtop CNC mill that looked promising.

We quickly found out that it was not suited to our workspace, did not meet its published tolerances, frequently had wiring problems, and in the end was definitely not a viable solution for our needs. We spent over 6 months trying to solve problems with the mill, and at the same time find something better off the shelf. When they failed on both attempts, we set out to develop a class defining CNC machining product scaled to these specific needs, and along the way developed the components and systems required to do so. We became Mikini Mechatronics in 2006 and launched our first machining center in 2008. Read more here.

COMPACT CNC MACHINING CENTERS We offer CNC machining centers of a unique scale, ideally suited to R&D, Engineering, education, Home shop and light industrial use.

- They fit through standard 36" hallways and are fully self contained. No mess in your lab or garage

- They only require 3' x 5' of floor space and 220 VAC, single phase power. No compressed air

- They weigh only 2000 lbs and be moved with a pallet jack.

MIKINI INTEGRATED CNC-MANUAL CONTROLLER In many applications, users may have highly disparate demands placed on them every day.

In R&D applications for example, frequently a prototype must be made which requires CNC to fabricate complex geometry, 3D shaping,  or corporate logos. However, the same prototype might just need “A light pass” over a single surface with a ¼” end mill to make it “just a little looser” per the business department.

We recognize these needs, and developed a control system uniquely suited to these applications.

When we developed our system, we integrated a standalone manual controller with Mach 3 CNC support. The controller features a jog pendant, 4 axis DRO and full standalone manual control of all machine functions

 

BRUSHLESS LINEAR DC SPINDLE DRIVE We developed an entirely new spindle and spindle drive system. The traditional approach would be a clone of a knee mill system, using a AC motor, AC drive, and V belt transmission.

We developed our own, exclusive Brushless DC motor and Drive, and use a toothed transmission belt. We did so in order to have a linear torque response and gain significant efficiency across the system.

Our spindle can operate from 310 to 5000 rpm seamlessly. No belts to slip or tighten, no gears to shift.  

 

 

DESIGN TO FABRICATION IN A SINGLE STATION We also offer integrated CAD CAM packages that run on the optional integrated industrial PC on the 1610L

In educational  settings this eliminates need for a PC computer lab – the machine can run CAD, Translate to CAM, Download CAM files to the controller, and execute on the machine, all without the student ever walking away from the machine.

In other applications, this eliminates the need to run from your garage to house to grab that file off the computer, or run from your lab floor to office to get that last line of Gcode syntax right. We've seen benchtop machines promoted next to laptop computers. Our parent company found out that laptops and metal chips don't mix. Learn from our mistakes

 

VALUE - SMART FEATURES Compare what we offer to anything available on the market, new or used. Weigh our performance, support, safety and time saving features against any other solution.

We're confident that you'll find we offer a unique solution.

We are constantly developing new solutions. We welcome and encourage feedback. Give us a call and chat about your application. We might just have something around the corner which solves your challenges. If we don't, we will add it to our list and see what can be done.

 

UNIQUE STRUCTURE & USE OF MATERIAL Machining centers need stiffness and damping to achieve accuracy under high cutting loads. This has traditionally required massive cast structures to achieve. Though lengthy computer analysis, use of high stiffness material, precision linear guides and innovative design we were able to remove over 60% of the weight required to achieve the same rigidity, vibration damping and stiffness as a traditional machining center, as much as twice as stiff than the best knee mills. Don't even get us started on the rigidity of so called "benchtop CNC" machines.

Through this process we were able to achieve the rigidity of machines weighing twice as much, and gain the advantage of portability and accessibility. We don't need super heavy duty floors to support our machines, and they can be delivered with a normal lift gate to addresses without forklifts and loading docks.

We have multiple patents and trademarks in place or pending in the USA and Internationally

 

About Us | Products | Typical applications | Dealers |Support|Contact Us|Home | ©2006-2008 MIKINI MECHATRONICS,LLC.