MicroMate



Alignment under live-imaging in entry point view

Remote control, away from radiation

Product Description MMCX (also called MicroMate™), is a micro-miniature connector series with a lock-snap mechanism allowing for 360 degrees rotation enabling flexibility in PCB layouts. MMCX connectors conform to the European CECC 22000 specifications. The MicroMate™ family of products is a 6 GHz 50 Ohm interconnect system. RESCUE® MicroMate has two zippered main compartments, two zippered belt pockets and a velcro flap that covers the front compartment. Complete with Glo-Flex material and zipper pull tabs. Specifications: Dimensions: 7'L x 3.5'W x 4'H; Fits up to a 48' waist.

Oversee instrument insertion in lateral view

Verification scans at any step of the workflow

Fits inside the gantry for live-imaging

Table-mounted and highly stable

Fits your table: flat and curved baseplates

No field-of-view issues

Disposable tracker

Real-time alignment feedback

Automatic registration without dynamic referencing

Image fusion with pre-operative data

Ultrasound and optical tracking combined

Bi-lateral in-plane instrument insertion and real-time ultrasound image

Description

MicroMate is specially designed for microscope focus stacking.The motor on MicroMate is 400 step 0.9 degree.

The hight of motor can be adjusted as 2cm-18cm(It depends on the fine adjustment knob height)The knob’s diameter should smaller than 5 cm.

The package contain as below:

1, MicroMate bracket

2,Control box(bluetooth build-in)

3,Power supply (12V2A,Please select your contry’s type)

4,USB cable(about 1.5m)

5,Stepper motor cable( about 1m)

6, Shutter extension cable(about 1.5m)

7, Shutter release cable (Please select in option)

8,Reverse motor cable(It’s better to let objective lens leave the sample in stacking)

When the step length set as 1 micron in software,it will take 2132 steps make a full circle.

If the fine adjust focus of microscope rotate one circle as 500 micron.The minimum step is 500/2132 ≈0.23 micron as a step.If the step length set as 5 micron,the real step is 500/400 =1.25 micron as a step.

If the fine adjust focus of microscope rotate one circle as 200 micron.The minimum step is 200/2132 ≈0.09 micron as a step.

Demo Video (To make it clearly,we enlarge the step size for demonstration):

If you already have WeMacro control box already,please visit

Shutter release cable type

1C For Canon EOS1100D(Rebel T3), 700D(T5i), 650D(T4i), 600D(T3i),60Da, 60D,70D, 550D(T2i), 500D (Digital Rebel T1i), 1000D (Digital Rebel XS), 450D (Digital Rebel XSi ), 400D (Digital Rebel XTi ), 350D (Digital Rebel XT), 300D (Digital Rebel), Canon EOS 30, 33, 50, 50E, 300V, 300, 3000…etc;
PowershotG15,G12,G11,G10,G1X;
PENTAXK-7,K-X,K-50,K-1,645,etc

3C For Canon:EOS6D, 7D, 50D, 40D, 30D, 5D, 20D, 10D, 5D Mark II, 5D Mark III, 1D X, 1D Mark IV,1Ds Mark III, 1D Mark III, 1D Mark II N, 1Ds Mark II, 1D Mark II.

1N For Nikon D4, D3X, D3, D700, D800, D800E, D700, D300S, D300, D200;D810;D500

3N For Nikon:D600, D3200, D3100, D5100, D7000, D7100,D7200, D5000, D90,D750

J for Olympus E-620,E-600,E-550,E-520,E-450,E-420,E410,E-100,E-30,E-PM1,E-M5,E-PL2,E-PL3,E-P3,EP-2,EP-1,SP-590UZ,570UZ,565UZ,560UZ,550UZ,510UZ,810UZ,SZ-30MR,SZ-20,SZ-11
S2 for Sony :A58 NEX-3NL A7 A7R A7R2 A7S A3000 A5000 A6000 HX300 HX50V RX100II RX100III

MicroMate

E3 for Fuji X-Pro2,X-E2S,X70,X-T10,X30,X100T,X-T1,X-E2,FinePixS1,X-M1,X-A1,XQ1,X-A2,XQ2

Micromate By Nautilus Microwave Shelf

Micromasters

S1 for Sony:A900 A700 A850 A550 A500 A450 A400 A350 A300 a200,a100,a99、a77、a65、a57、a55、a35、a33

Micromate Radio Uk

L1 for Panasonic:DMC-FZ50, DMC-FZ50K, DMC-FZ50S, DMC-FZ30, DMC-
FZ30K, DMC-FZ30S, DMC-FZ20, DMC-FZ20K, DMC-FZ20S,LC-1,L1.G1 GH1 GF1 GH2 G3 GH3 GH4 GX7

  • By using this formula
  • reference DOF (4X INFINITY PLAN OBJECTIVE LENS in our shop) = 55 μm
  • reference DOF (10X INFINITY PLAN OBJECTIVE LENS in our shop) = 8.8 μm

Micromaterials Ny

There is other formula to calculate DOF,Please visit the link for more information.(https://www.microscopyu.com/microscopy-basics/depth-of-field-and-depth-of-focus)