ブルーム-ノボテスト List of Products and Services

The Bloom Bore Gauge is a measurement system independent of machine axis feedback, designed to maintain strict tolerance quality in mass production machining centers and transfer machines. Depending on the type of bore gauge, it can be used in production lines for engine blocks, valves, cylinder blocks, compressors, and more. 【Features】 ○ Process Management → Control of operating tools: machining - measuring - correction → Process management for high-precision hydraulic valve bore honing ○ IF48 Interface → Communication between the machine control unit and the bore gauge/touch probe → Management of test plans for up to 99 features ○ Optical Signal Generation Method → Measurement using optical signal generation method → Wear-free method ○ Latest Data Transfer Technology → Reliable data communication using the latest BRC radio wave technology → A single receiver can switch between up to 16 bore gauges For more details, please contact us or download the catalog.

• Other measurement, recording and measuring instruments

The measurement software form control makes work inspection within the machining center very easy. Whether it is the contour of the workpiece or standard dimensions, machining defects can be recognized on the machine, and since the workpiece is on the machine, it can be directly reprocessed. The production process is simplified and shortened, reducing the transport and waiting time between the machining machine and the measuring device. 【Features】 ○ Quick process checks, understanding of machining errors, and immediate reprocessing possible ○ Early detection of defective products and checks during processing ○ High reliability of production through real-time monitoring of machining ○ Reduction of unnecessary storage/setup/waiting times ○ Form control records and documents the final quality

• Software (middle, driver, security, etc.)

The surface roughness gauge using digital logging enables the detection of "surface roughness" caused by machining with worn tools, for example. This allows the workpiece to be finished with new tools during conventional settings after machining. Therefore, defective products caused by "surface roughness" will be minimized. 【Features】 ○ Modular system shark360 digital logging technology ○ Control of up to 6 measurement systems with a single receiver ○ Evaluation & recording with IF48 For more details, please contact us or download the catalog.

• Other measurement, recording and measuring instruments

Digital log innovation. "Digital log" refers to high-precision digital measurement using touch signals and the ability to scan cyber speed using analog signals. The touch probe "TC76-DIGILOG" significantly reduces measurement time for complex workpieces, free-form surfaces, and contours through analog scanning. This touch probe can be applied to lathes, machining centers, and grinding machines. Accuracy is improved by applying filters to measurement values or adopting averages. 【Features】 ○ Detection of processing defects in gear grinding machines ○ Digital log: Skip signal measurement and analog signal measurement For more details, please contact us or download the catalog.

• probe

Digital Log Revolution - BRC Radio Communication Technology. The Wireless Touch Probe TC64-DIGILOG is truly a digital log revolution, particularly suitable for machining centers and lathes. It quickly and reliably detects machining defects through analog scanning of the work surface. BRC radio communication technology wirelessly transmits the measured status signals to an external evaluation unit. Additionally, this system can also be utilized as a modular version of TC63-DIGILOG. 【Features】 ○ Reduced setup time ○ Realization of unmanned operation ○ Decreased scrap rate ○ Increased productivity ○ Enhanced product quality For more details, please contact us or download the catalog.

• probe

The new TC76 is the most compact touch probe in Blum's TC series. It is used for quick and accurate automatic tool setting and workpiece measurement on grinding machines and multitasking machines. This probe incorporates the newly announced patented technology, Shark 360 technology (a new type of face gear inside the probe). The measurement mechanism of Shark 360 provides a new standard of accuracy and reliability in measurement technology for machining centers. 【Features】 ○ Innovative mechanism → Mechanism utilizing face gear → High precision even at speeds that apply moment to the stylus ○ Optical signal generation method → Wear-free signal generation method through light shielding by a small internal optical sensor → Output display via LED For more details, please contact us or download the catalog.

• probe

The TC54-10 and TC64-10 are probes that integrate all the advantages of the Shark 360 measurement mechanism into a compact Bloom standard touch probe. They are used in specialized applications such as composite machining, lathes, or machining centers with crank-type styluses. This probe adopts the newly announced patented technology, Shark 360 technology (a new type of face gear within the probe). The measurement mechanism of the Shark 360 provides a new benchmark for accuracy and reliability in measurement technology at machining centers. 【Features】 ○ Innovative mechanism → Mechanism employing face gear → High precision even at speeds where moments are applied to the stylus ○ Optical signal generation method → Wear-free signal generation method through light shielding by a small internal optical sensor → Output display via LED ○ Latest data communication technology → Reliable data communication using the latest infrared method or BRC radio wave technology → Multiple measuring devices can be switched using a single receiver (up to 2 devices for infrared, up to 6 devices for radio waves) For more details, please contact us or download the catalog.

• probe

The touch probes TC53 and TC63 enable high-speed, high-precision automatic tool setting and breakage detection within composite machining machines. With a modular design and a variety of options and accessories, they can meet special customer requirements and accommodate a wide range of applications. These probes incorporate the newly announced patented technology, Shark 360 technology (a new type of face gear within the probe). The measurement mechanism of Shark 360 provides a new benchmark for accuracy and reliability in measurement technology within machine tools. 【Features】 ○ Innovative mechanism → Mechanism utilizing face gears → High precision even at speeds that apply moment to the stylus ○ Optical signal generation method → Wear-free signal generation method through light shielding by a small internal optical sensor → Output display via LED ○ Latest data communication technology → Reliable data communication using the latest infrared method or BRC radio wave technology → Multiple measuring devices can be switched using a single receiver (up to 2 devices for infrared, up to 6 devices for radio waves) For more details, please contact us or download the catalog.

• probe

The touch probes TC51 and TC61 are a globally unique measurement system that allows not only for Z-direction compression measurement but also for Z+ direction pull measurement. This measurement system, which combines high rigidity, is specifically designed for mass production equipment and high-speed machining, enabling automatic centering of workpieces and measurement of workpiece dimensions with high speed and precision. By using a high-precision, proven bidirectional measurement principle, it achieves the highest accuracy even at ultra-high measurement speeds. 【Features】 ○ Mechanism for pull measurement and compression measurement → Additional measurement in the Z+ direction → Bloom measurement principle with a two-direction fixed measurement unit ○ Optical signal generation method → Wear-free signal generation method using internal small optical sensor shielding → LED display for confirming the probe's status ○ Latest data communication technology → Reliable data communication using the latest infrared method or BRC radio wave technology → Long battery life due to low power consumption communication technology and robust design For more details, please contact us or download the catalog.

• probe

By using the all-direction touch probes TC50 and TC60, workpiece positioning and dimensional measurement within the machining center can be performed quickly and accurately. Unlike conventional probes, these do not use a three-point contact mechanism or switches sensitive to specific directions, allowing for high-speed and high-precision measurements in all directions. The TC52 and TC62, which enable high-precision measurements in all circumferential directions, are compact versions of the TC50 and TC60. 【Features】 ○ Reduced setup time ○ Realization of automation ○ Decreased scrap rate ○ Increased productivity ○ Enhanced product quality For more details, please contact us or download the catalog.

• probe

Diverse and economical. The Tool Setting Probe 3D series can be used for a wide variety of applications including tool length and diameter measurement, as well as breakage detection within machine tools. Most probes in this series utilize the proven shark360 mechanism, which boasts unparalleled accuracy and longevity. 【Features】 ○ Z3D: Cable type ○ Z-MT: Cable type with shark360 mechanism ○ Communicates with two measuring devices using one receiver ○ Tool length measurement For more details, please contact us or download the catalog.

• probe

Robust and economical. The compact tool setting probe is a highly cost-effective solution for high-speed breakage detection and high-precision tool length measurement within machine tools. The proven design utilizing linear motion principles and optical signal generation methods enhances reliability even in challenging environments. 【Features】 ○ Z-pico: For micron-level machining (capable of measuring φ50μm tools) ○ Z-Nano: Capable of measurement at a feed rate of 2m/min (capable of measuring φ0.1mm tools) ○ Options: Chip guard and air nozzle ○ Z-Nano IR and Z-Nano RC: Infrared communication types For more details, please contact us or download the catalog.

• probe

Achieving high reliability even in poor environments Laser control for non-contact tool measurement and detection 【Features】 ○ High-precision processing ○ Contributes to preventing significant losses caused by tool breakage ○ Reduction of tool setup time ○ Unmanned operation ○ Reduction of defective product rate ○ Improvement of productivity ○ Single blade detection in actual processing rotation range ○ Customization according to needs with built-in microprocessor ● For other functions and details, please download the catalog.

• Other measurement, recording and measuring instruments

Universal Infrared Touch Probe with Multi-Directional Measurement Mechanism 【Features】 ○ Omnidirectional Probe: φ63 mm ○ Maximum Measurement Speed: 3m/min ○ Repeatability: 1μm 2σ ○ High Acceleration and High Measurement Speed ○ Reliable Infrared Data Communication ○ Proven Touch Characteristics even in Large Amounts of Coolant and Harsh Environments ○ Low Power Consumption ○ Wear-Free Measurement Mechanism Maintaining Long-Term Stability ○ Robust Design ○ Infrared Receiver Compatible with Other Bloom Measurement Equipment ○ Automatic Centering Stylus Eliminates Need for Re-Centering After Replacement ○ Dust and Water Resistant IP68 ● For more details, please download the catalog or contact us.

• probe

A probe that automatically performs high-speed, high-precision measurement of all types of tool lengths. 【Features】 ○ Tool length measurement, tool breakage detection ○ Machine thermal displacement compensation (1 axis) ○ Minimum diameter of measuring tool: 0.5mm/HP 0.1mm ○ Repeatability: 0.5μm 2σ/HP 0.1μm 2σ ○ Long lifespan due to wear-free optical signal generation method ○ Compact and robust design ○ Capable of measuring brittle and small-diameter tools ○ Signal detection confirmation with the LED on the main unit ○ Easy operation ● For more details, please download the catalog or contact us.

• probe

An independent measurement system for maintaining strict tolerance quality, separate from machine axis feedback. 【Features】 ○ A bore measurement system that is not affected by the positioning accuracy of the machine ○ Ultra-fast measurement and data transfer ○ For on-machine measurement ○ Rapid quality control through measurement and calculation of tool diameter correction values ○ Closed-loop processing possible with operating tools such as boring holders with correction functions ○ High-reliability infrared communication ○ Robust construction allows for sufficient use even in mass production line environments ○ Low power consumption ○ Built-in collision prevention in the Z-axis direction ○ Increased productivity and profitability by eliminating the need for expensive post-process measurement stations ● For more details, please download the catalog or contact us.

• Other measurement, recording and measuring instruments

Towards the Future: LC50-DIGILOG On-machine measurement has become a standard practice in CNC machining centers over the past 30 years. Since then, the accuracy of the BLUM laser system and its reliability in the machining process have set the benchmark for everything. We have advanced new developments, expanding DIGILOG technology from touch probes to laser measurement systems, achieving even faster, higher precision, and more reliable tool measurement. Additionally, the hardware is equipped with numerous outstanding technological innovations.

• Other measurement, recording and measuring instruments