Designed & Made in the USA Since 1983
👉 This Product Replaces the Mini Mobile Module EVO + 05CZA662 Connector Combination
The MC-S-MIC01 delivers the same MobileCollect wireless data collection on Mitutoyo Digimatic micrometers as a single, cable-free component with one part number. The cabled configuration (Mini Mobile Module EVO plus the MC-M3-05CZA662-6.5 connector) remains available and fully supported if your application requires it.
The MobileCollect Shape Mic 01 Transmitter mounts directly to the 5-pin Digimatic SPC output port of your Mitutoyo micrometer and transmits measurement data wirelessly to a MobileCollect Base Receiver, and from there into any PC application or SPC software. No cables, no adhesive mounts, no separate connector to order. One part number, one component, installed in about 30 seconds with a standard #1 Phillips driver.
The true cost of manual measurement data entry in a production environment is well documented: transcription errors, operator fatigue, and lost throughput. The Shape Transmitter eliminates all three at the source, on the gage, without changing how the operator holds or uses the instrument.
Built on the same platform as the Mini Mobile Module EVO, the Shape Transmitter delivers 800,000+ readings on a single CR2032 in both standard and continuous read modes. It ships TriggerSync capable, so SPC software can request readings on demand through the MobileCollect EVO API, and it includes two orange read buttons for orientation flexibility and functional redundancy.
Compatible Gages – 500+ Mitutoyo micrometer models across 18 series
Wireless Range – Up to 100 ft
Battery Life – 800,000+ readings or 3-5 years (CR2032)
Read Modes – Single, Continuous, TIR
Read Buttons – Two orange, independently positioned
TriggerSync – Capable at launch. Host-initiated readings via the MobileCollect EVO API
Mounting – Direct to gage SPC port, no cable, no adhesive
Dimensions / Weight – 2.05″ × 1.25″ × 1.26″ (52.1 × 31.8 × 31.8 mm) / 0.79 oz (22.3 g)
Case Material – Nylon 12, textured
Certifications – FCC (ID: 2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH
Origin – Designed & Made in the USA
–Ships October 1st, 2026–
$365.00
The MobileCollect Shape Transmitter is a battery-powered wireless transmitter that mounts to the 5-pin Digimatic SPC output port of a Mitutoyo micrometer. When the operator presses either read button, the transmitter captures the current measurement from the gage, transmits it over MicroRidge’s RM2.4 protocol to a paired MobileCollect Base Receiver, and the Base forwards the reading to the connected PC, appearing in whatever application is running, from Excel to SPC software to a LIMS.
No manual data entry. No cables running off the gage. No separate data logger. The entire process from button press to data capture takes under a second.
For quality engineers managing measurement data at scale, the Shape Transmitter is a direct control on a known source of nonconformance risk: human transcription error. As part of the broader MobileCollect system, it functions as an input device in measurement-driven manufacturing automation, feeding real-time dimensional data into SPC, MES, or ERP workflows without operator intervention.
Most wireless gage transmitters are two-piece systems: a transmitter body plus a separate gage-specific connector or cable, ordered as two line items, stocked as two spares, and joined by a connection that becomes a mechanical failure point on the shop floor.
The Shape Transmitter is a single integrated assembly. The gage interface, radio, battery, buttons, and status indicators are contained in one housing with one part number.
What that changes in practice:
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A note on the driver. The mounting screw accepts a standard #1 Phillips, a driver already present in every toolbox and every gage crib. Some competing gage-mounted transmitters require a #0 Phillips or a JIS driver, tooling that is not commonly stocked and is often the reason an installation stalls or a screw head gets damaged in the field. We chose the fastener so that the tool is not a variable.
The Shape Transmitter has two orange read buttons positioned on different faces of the housing. This is a deliberate design decision, not a convenience feature, and it addresses two distinct problems.
Orientation. A micrometer is not always held the same way. It may be in the operator’s hand, clamped in a micrometer stand, mounted in a fixture, or oriented so that one face of the transmitter is obstructed or facing away. A single button dictates a single ergonomic. Two buttons on different faces mean the operator can trigger a reading from whichever position the measurement setup actually allows, without repositioning the gage and without disturbing the measurement.
Redundancy. Buttons are the highest-cycle mechanical element on any gage transmitter. They are the part that wears out. If one read button becomes unresponsive, the second remains available and the gage stays in service, which is the difference between getting through the shift and an unplanned stoppage.
Button functions:
Button | Location | Function |
|---|---|---|
Read (Orange) | Adjacent to the gage port | Gage read only |
Read / Configuration (Orange) | Adjacent to the Setup button | Gage read, and configuration entry in combination with the Setup button |
Setup (gray) | Between the two orange buttons on the upper face | Pairing, configuration, and firmware update mode |
Both read buttons trigger identical readings in normal operation. The Setup button supports Restricted Mode, which disables Setup button function entirely until the mode is turned off, preventing operators from altering transmitter configuration on the floor. Read button function is unaffected by Restricted Mode.
The Shape Transmitter’s L-shaped profile wraps the frame of the micrometer rather than sitting on top of it or below it. That geometry does real work.
It improves the grip on the gage itself. A micrometer frame is curved, and in a wet or oily environment it is slick. The profile of the transmitter and its radiused corners give the hand something to hold. Operators consistently report that a micrometer with a Shape Transmitter mounted is easier to hold than the bare instrument.
It stays out of the measuring area. The transmitter does not extend into the anvil and spindle region, does not shadow the part, and does not interfere with approach to the feature being measured. Nothing about how you set up or take the measurement changes. It is comfortable to use in one hand, easy with two, and can still be used with micrometer mounts.
It shades the status LEDs. The two bi-color LED light pipes sit in the inside corner of the L, where the housing geometry casts a natural shadow across them. Shop floor lighting, particularly the high-lux overhead lighting common in inspection areas and machining cells, routinely washes out surface-mounted indicator LEDs. Recessing the light pipes into the shadow line keeps read confirmation legible under lighting that would wash out an exposed LED, without the operator shielding the gage with a hand.
Rounded corners and a textured case. Every external corner is radiused, so the transmitter is comfortable in the hand across a long inspection run and less likely to catch on fixtures, tooling, or clothing. The case is textured Nylon 12, a tough engineering polymer with good chemical and impact resistance, and the surface finish provides traction rather than slipping.
The Shape Transmitter is a sealed design. The case seams and all three silicone buttons are sealed against dust and liquid ingress. The mounting interface to the gage is a flat surface for the micrometer’s SPC gasket, and the integrated Mitutoyo 5-pin gage connector is IP rated.
The design intent is to preserve the environmental protection of the coolant proof micrometers it mounts to, in wet machining environments where coolant, oil, and cutting fluids are routine. An IP rating has not yet been established for this product. Formal IP testing is planned, and this page will be updated with the results when testing is complete. Until then, we describe the construction, not a rating.
If your application involves heavy or continuous coolant contact, contact support@microridge.com to discuss best practices for your environment.
Same electronics platform as the Mini Mobile Module EVO, same battery performance: 800,000+ readings on a single standard CR2032, in both standard and continuous read mode, or 3 to 5 years of service. The transmitter wakes on button press and shuts off after transmitting, so there is no standby drain and no power switch.
No proprietary cell. When voltage approaches end of life, the Gage Read LED blinks red six times after a reading.
Replacement requires removing the transmitter from the gage: one screw, swap the cell, remount. Pairing and configuration survive a battery change.
Note: These figures apply to normal read mode. Enabling TriggerSync requires periodic check-in with the Base, which changes the power profile. See TriggerSync below.
The Shape Transmitter ships TriggerSync capable at launch.
TriggerSync is a capability set of the MobileCollect EVO API that lets SPC or quality software request a reading on demand instead of waiting for an operator button press, and run a remote TIR cycle that returns count, minimum, maximum, and range as a single result. It is aimed at gages that are fixtured, enclosed, or otherwise awkward to reach.
TriggerSync is implemented in your software, not in a MicroRidge utility. It requires an EVO Base on firmware 6.30 or higher and an SPC application that supports the API commands, with no license fee. In normal read mode the transmitter works with any MobileCollect Base Receiver, Legacy or EVO. Enabling TriggerSync does not disable the read buttons, though it does change the power profile, since the transmitter has to check in with the Base to receive commands. If readings on demand would change your process, point your SPC provider at the API documentation.
GageSync is not available on this product. GageSync reads gage serial number and calibration dates directly from the instrument and requires a Mitutoyo S1 compatible gage. The MC-S-MIC01 mounts to 5-pin Digimatic micrometers, which are not S1 devices. For S1 gages, see the Shape Transmitter for the Mitutoyo QuantuMike (MC-S-MIC02).
The MC-S-MIC01 fits 500+ Mitutoyo micrometer models across 18 series, including 226 model codes currently in production. If your gage uses the Mitutoyo 05CZA662 SPC cable, the Shape Transmitter fits it. There are no known interference issues across these variants, including use in micrometer stands and fixtures.
Gage Family | Series | Gage Family | Series | Gage Family | Series |
|---|---|---|---|---|---|
Coolant-proof micrometer | 293 | Depth | 329 | Digimatic micrometer head | 350 |
QuantuMike (previous gen) | 293 | Spline | 331 | Disk | 369 |
V-anvil | 314 | Outside | 340 | Sheet metal | 389 |
Uni-micrometer | 317,323 | Point and crimp height | 342 | Tube | 395 |
Gear tooth | 324 | Caliper type outside | 343 | Outside, non-rotating spindle | 406 |
Screw thread | 326 | Caliper type inside | 345 | Blade, non-rotating spindle | 422 |
Not sure whether your model is covered? Use the MobileCollect Selection Tool or email sales@microridge.com with your gage code.
Have a new MDE QuantuMike? This is not the correct product. The MDE QuantuMike introduced in 2024 uses Mitutoyo’s S1 connector and Digimatic D2 protocol, a different interface. See the Shape Transmitter for the Mitutoyo QuantuMike (MC-S-MIC02)
Mounting. Remove the OEM 5-pin SPC port cover plate, seat the transmitter against the gage port, and drive the single M1.7 screw with a #1 Phillips. The transmitter adds 9.5 mm to the width of the frame and 13 mm to its height.
Read modes. Single (one reading per press, factory default), Continuous (readings at a defined interval), and TIR (minimum, maximum, and total indicator runout across a sweep). Configured in Xpress Setup or Extended Setup. No new software required, but update both to the latest version before configuring.
Pairing. Pair-on-the-Fly using the transmitter and Base buttons with no software, or through either Setup program.
Firmware. Field-upgradeable through MicroRidge’s firmware update utility, which prevents incorrect firmware from being loaded into any MobileCollect device.
Service. T6 Torx for the case, #1 Phillips for the gage mount. A Maintenance Kit contains the wear items: gage connector, button set, and case gasket. (Available Q4, 2026) Replacement is condition-based, as needed. The internal gage connector is specific to the Shape platform and does not interchange with M3 or M3E connectors.
MobileCollect products communicate over MicroRidge’s RM2.4 protocol, conforming to IEEE 802.15.4 in the 2.4 GHz ISM band with 32-bit encryption on every transmission. It was engineered for factory floor data collection, prioritizing data integrity and RF noise resilience, which is why Bluetooth falls short in manufacturing environments where MobileCollect succeeds. Duty cycle is under 1% typical, so the transmitter adds almost nothing to a congested 2.4 GHz floor.
Pairing is transmitter-driven. A paired transmitter stores its Base’s unique network identifiers and includes them in every packet, and the Base processes only packets carrying the matching identifiers. In a facility running multiple MobileCollect systems, data routes to the correct Base with no cross-talk between systems. Any MicroRidge hardware carrying the RM2.4 logo works with any other RM2.4 device regardless of generation.
Compatible with all MobileCollect Base Receivers in normal read mode. TriggerSync requires an EVO Base on firmware 6.30 or higher.
MicroBase EVO USB-A – Dongle-sized EVO Base that plugs directly into a USB-A port. Supports both USB Serial and Keyboard Wedge output modes. Ideal for mobile or tablet-based data collection setups.
MicroBase EVO USB-C – USB-C variant of the EVO MicroBase with the same Serial and Keyboard Wedge output capability. Compatible with modern laptops, tablets, and mobile devices.
EVO Wedge Base – Desktop Base Receiver with selectable USB Serial and USB Keyboard Wedge output. Outputs data as keystrokes directly into any active application, including Excel, web-based SPC, and Power BI, without additional software. Recommended for stationary workstation deployments.
EVO RS-232 Base – Desktop Base Receiver with both USB Serial and DB9 RS-232 output ports. Well suited for PLC-controlled systems and applications requiring native RS-232 connectivity.
The Shape Transmitter is purpose-built for Mitutoyo micrometers with a 5-pin Digimatic SPC port. For every other gage on your floor, the transmitters below cover the rest of the shop. All MobileCollect transmitters can be paired to a single Base Receiver simultaneously, meaning any combination of them can operate together as part of the same data collection system.
Mini Mobile Module EVO (M3E) – Use for any handheld digital gage the Shape Transmitter does not cover. The M3E is the universal transmitter across 3,500+ devices with 30+ connector options, and it is the recommended starting point for most deployments. It is also the cabled route to Mitutoyo micrometers, paired with the 05CZA662 connector.
Command Mobile Module – Use when your application requires the Base or host software to remotely trigger readings rather than the operator pressing a Read button. Supports the same digital gages as the M3E with the addition of wireless read commands, standby modes, and multi-module orchestration from a single Base.
RS-232 V2 Mobile Module – Use when your RS-232 gage application requires mobility. The RS-232 Mobile Module is the battery-powered transmitter for handheld or portable RS-232 instruments where a wired connection to the measurement system is not practical.
Digital Remote – Use when your digital gage is stationary rather than handheld and your application requires the same remote read automation capability as the Command Mobile Module. The Digital Remote is a desktop transmitter powered by USB, no battery required, and is the appropriate choice for fixed measurement stations where mobility is not needed.
RS-232 Remote – Use when your stationary measurement device outputs RS-232 data and your application requires remote read automation capability. Supports automatic baud rate detection and is suited for bench-top or fixture-mounted serial devices at a fixed workstation.
Do I need to order a separate gage connector or cable?
— No. The gage interface is integrated. MC-S-MIC01 is the only part number required aside from a Base Receiver.
Which Mitutoyo micrometers does this fit?
— 500+ model codes across 18 series. If your gage uses the Mitutoyo 05CZA662 SPC cable, the Shape Transmitter fits it. Use the Selection Tool or contact sales@microridge.com to confirm your model.
Will it fit my new MDE QuantuMike?
— No. The MDE QuantuMike uses Mitutoyo’s S1 connector and Digimatic D2 protocol. See the Shape Transmitter for the Mitutoyo QuantuMike (MC-S-MIC02)
Does it interfere with taking a measurement?
— No. The L-shaped housing wraps the frame and stays clear of the anvil and spindle area, the thimble, ratchet, spindle lock, and the gage’s own display and buttons. Most users find it improves grip on the micrometer.
Why are there two read buttons?
— Orientation and redundancy. Two buttons on different faces let the operator trigger a reading regardless of how the gage is held or fixtured, and if one becomes unresponsive the gage stays in service on the second.
Can I change the battery without removing the transmitter from the gage?
— No. Remove the mounting screw with a #1 Phillips, replace the cell, and remount. Pairing and configuration are retained.
Is the Shape Transmitter IP rated?
— Not yet. The case, buttons, and gage interface are sealed, and the integrated gage connector is IP rated, but a module rating has not been established. Testing is planned and this page will be updated.
What do I need to use TriggerSync?
— An EVO Base Receiver on firmware 6.30 or higher, individual channel pairing, a one-time enablement step at the module, and SPC or quality software that implements the MobileCollect EVO API. No license fee, and the firmware is free. If readings on demand would change your process, ask your SPC provider about integrating it.
Does the Shape Transmitter support GageSync?
— No. GageSync requires a Mitutoyo S1 compatible gage, and 5-pin Digimatic micrometers are not S1 devices. TriggerSync does not require an S1 gage and is fully supported. For GageSync, see the Shape Transmitter for the Mitutoyo QuantuMike (MC-S-MIC02)
Does TriggerSync affect battery life?
— Yes. It requires periodic check-in with the Base. Smart Battery Management schemes target 2+ years, 1.5 years, or 9 months, and software can set a fixed interval instead. Transmitters not running TriggerSync retain full standard battery life.
How far can it transmit?
— Up to 100 feet (30 meters) line-of-sight indoors. Metal machinery, walls, and personnel in the RF path reduce effective range. Position the Base elevated with clear line of sight.
Is the cabled version still available?
— Yes. The Mini Mobile Module EVO with the MC-M3-05CZA662-6.5 connector remains available and fully supported.
Shape Mic 01 (MC-S-MIC01) Specs | |
|---|---|
Part Number | MC-S-MIC01 |
Gage Compatibility | Mitutoyo micrometers with a 5-pin Digimatic SPC port (05CZA662 cable interface), 500+ model codes across 18 series |
Mounting | Direct to gage SPC port, single M1.7 screw, #1 Phillips |
Gage Connector | Integrated Mitutoyo 5-pin, IP rated. No separate connector required |
Dimensions | 2.05″ × 1.25″ × 1.26″ (52.1 × 31.8 × 31.8 mm) |
Added Envelope on Gage | 9.5 mm width, 13 mm height |
Weight | 0.79 oz (22.3 g) |
Case Material | Nylon 12, textured |
Wireless Protocol | MicroRidge RM2.4, conforming to IEEE 802.15.4, 2.4 GHz ISM band |
Frequency Range | Tx 2.402 to 2.480 GHz, Rx 2.402 to 2.480 GHz |
Radio Power | 88.1 dBuV/m @ 3 m. EIRP 0.195 mW (-7.13 dBm), ERP 0.118 mW (-9.28 dBm) |
Radio Duty Cycle | <1% typical, 4.1% peak |
Encryption | 32-bit |
Wireless Range | Up to 100 ft (30 m), line-of-sight indoors |
Read Modes | Single, Continuous, TIR |
TriggerSync | Capable at launch. Requires EVO Base firmware 6.30, individual channel pairing, and host software implementing the MobileCollect EVO API |
GageSync | Not available. GageSync requires a Mitutoyo S1 compatible gage |
Read Buttons | Two orange, one read only and one read plus configuration |
Setup Button | One, gray, supports Restricted Mode |
LED Status Indicators | Gage Read (bi-color) and Host Accept (bi-color), protected light pipes |
Battery | CR2032 lithium coin cell, 3V |
Battery Life | 800,000+ readings in single and continuous read mode, 3-5 years |
Sealing | Sealed case, buttons, and gage interface. Module IP rating pending testing |
Service Tooling | T6 Torx (case), #1 Phillips (gage mount) |
Maintenance Kit | Connector, buttons, gasket (Available Q4 2026) |
Firmware | Field-upgradeable |
Operating Temperature | -4°F to 176°F (-20°C to 80°C) |
Operating Humidity | ≤90% RH, non-condensing |
Certifications | FCC (ID: 2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH |
Base Receiver Compatibility | All MobileCollect RM2.4 Base Receivers. TriggerSync requires EVO |
Warranty | 12 months from date of purchase against defects in material and workmanship. See Warranty & Returns |
Country of Origin | Designed & Made in the USA |
