TOMITA CO.,LTD. Product Lineup

- Delivery time: Limited quantity, approximately 4 to 5 weeks!! - Price range: From 20,000 yen / 1,000mm Module 3 / High grade → Quality grade 6 (Cumulative pitch error: 36μm/1000mm) - Manufactured by Taiwan's YYC company - Rack and pinion capable of high-precision positioning Unlike ball screws, it allows for designs without length limitations - Combination of high-precision planetary gear reducer (backlash of 1 minute) and high-precision ground rack & pinion handled by Tomita achieves a maximum cumulative pitch error of 12μm/1000m - For even higher precision positioning, using a pinion-integrated high-precision planetary gear reducer in tandem allows for further reduction in backlash. - Low noise - When using helical gears, the load-carrying capacity increases by about 20% compared to spur gears. ⇒ Becomes one size more compact than conventional modules ⇒ Significant cost benefits - Proposal for long racks Variations of 500, 1000, 1500, 2000mm per unit ⇒ Recommendations for connection numbers ⇒ Improvement of positioning errors

This is a planetary gear reducer for servo motors that covers a range from low to high reduction ratios, made with stainless materials that can be cleaned. It can be widely used in food machinery, medical devices, cleaning equipment, and more. It is possible to fill it with food-grade biocompatible or low-volatility oil as an option.

COMPOSITE PRO is a laser system designed to project polylines and outlines onto work surfaces and processed items! The projected laser lines are based on CAD data. It is used in many industries for tasks such as positioning during prepreg lamination, indicating machining positions for wood, marking for painting on large products like shipbuilding, and positioning for welding. 【Features】 ■ Projects polylines or outlines onto work surfaces, workpieces, molds, etc. ■ Generates projections based on CAD data, ensuring accurate scale representation. ■ Enables efficient work regardless of industry, material, or product. ■ The laser does not physically touch the workpiece, ensuring cleanliness. ■ Highest precision of ±0.06mm/m. ■ A more economical standard precision of ±0.2mm/m is also available. ■ Minimal and lightweight, making layout changes and installation easy. ■ The small galvanometer mirror allows for high-speed movement, reducing laser flicker. *For more details, please request documentation or view the PDF data available for download.

Fast! Easy! Reliable! By using a shaft without screws, you can quickly complete tasks even if the width of the roll changes. Additionally, by using a taper cone, centering of the spool can be achieved, allowing for tightening that can apply high tension. ■Significantly reduces roll change time. ■Lightweight design makes it easy to handle, even for women. ■Operable with one hand and without tools. ■Easily applies high tension to round shafts (with specified hardness). ■Ideal for driving payoff shafts. ■Not dependent on the rotation direction of the shaft. ■Compact and symmetrical design. ■Maintenance-free. ■Can be installed with non-genuine taper cones; design information is available. *For CAD drawings, you can download in this site. Available in 2D (DXF) / 3D (STEP).

We have been doing business with major domestic manufacturers for many years, so we can provide optimal proposals tailored to your usage conditions. 1) We supply wire, filter elements, ion exchange resins, supply dies, wire guides, water nozzles, rollers, etc. for wire electrical discharge machining. We also collect empty spools (some conditions apply). 2) For sinker electrical discharge machining, we supply oil filters (which we also collect), screw electrodes, and electrode materials in round and square shapes. 3) For small hole electrical discharge machining, we supply guides (from domestic manufacturers), small hole electrode tubes, and processing fluids. 4) As chemical products, we supply rust prevention additives, rust removers, cleaning solutions, etc. 5) We also supply molds, steel materials, carbide materials, aluminum materials, etc. 6) Finishing tools. 7) As consumables for injection molding machines, we supply a set of three screw tip parts, temperature control-related products, chucking parts, and tools for molding sites. Inquiry email address: information@tomitaj.co.jp Please copy and use the address.

Linear drive nut from Ewing Company (Germany: Joachim Uhing KG & Co. KG). It converts the rotation of a round shaft without threads into linear motion. By specially processing 3-4 bearings with an inner diameter slightly larger than the shaft diameter and arranging them alternately tilted against the shaft, it generates lead through line contact, achieving the same effect as a screw. - No threading required; linear motion is obtained from the rotation of the round shaft. - There is no backlash. - It slips under overload to protect the machine. It is used in the feed of measuring instruments such as three-dimensional measuring machines, door opening and closing mechanisms, and conveying devices. Options for special specifications such as pitch changes, direction changes, additional wipers, and additional free levers are available.

Feeding device, guiding device, and reciprocating device using a plain shaft It converts the rotational motion of a round rod, which rotates at a constant speed and in a constant direction, into linear motion to obtain reciprocating motion. The round rod does not require a screw; linear motion can be achieved by pressing a tilted special bearing against it. Additionally, by changing the orientation of the bearing, the direction of motion can be altered even if the rotation direction of the shaft remains constant. These movements are analogous to the relationship between a screw and a nut, but the travel speed (pitch) can be freely set, and the direction of movement can be reversed at any position. ■ The pitch can be changed by altering the tilt of the bearing. ■ High-speed and smooth feeding can be achieved. ■ There is no backlash. ■ A safety mechanism allows the unit to slip in the event of an unexpected collision. ■ The contact-free lever can release the fixation with the shaft. ■ No control or dedicated power is required (power can be obtained from a parallel rotating shaft via a belt, etc.). ■ Bracketed and non-bracketed options are available as needed.

It is a clamp unit that fixes spools, bobbins, rolls, colors, etc. on the axis, and can also be used for positioning, safety measures, and as a spacer. ■ Fixed with one action, released and removed with two actions ■ Rust prevention treatment with a self-locking mechanism ■ Inexpensive. * If additional tightening or centering is required, or if there are loads or vibrations, please consider "Easy Lock."

This is a broaching tool for hexagonal hole machining. It eliminates the processes of hexagonal hole machining that were previously done by pressing or electrical discharge machining, thereby improving efficiency. We also accommodate special products such as multi-sided hole machining, Torx, square holes, and external hexagonal machining.

Revolutionary tool wear detection device. Available in two types for lathes and machining centers. Equipped with a servo motor and encoder, it allows for easy condition setting and changes by simply connecting to a PC's USB port. Common features include: ■ Cycle time is fast at 90°, ranging from 0.13 to 0.9 seconds ■ Adjustable tool contact pressure ■ Memory for tool contact angle ■ Long lifespan of 5 million cycles ■ Both controller and scanner are compact Features for lathes: ■ Capable of detecting extremely small tools of 0.1mm ■ Easy setup with simple teaching ■ Can detect up to 2 tool positions Features for machining centers: ■ Tool wear detection can be performed without sacrificing processing time by installing it in the tool magazine ■ Capable of setting and storing configurations for up to 512 tools ■ Compatible with Profibus and DeviceNet, allowing direct connection to the machine's NC device, enabling reduced wiring and PC-free setup and adjustments (input from NC device)

Revolutionary tool wear detection system. Available in two types for lathes and machining centers, equipped with servo motors and encoders, allowing easy condition setting and changes by connecting to a PC via USB port. Common features include: ■ Cycle time is fast at 90°, ranging from 0.13 to 0.9 seconds. ■ Adjustable tool contact pressure. ■ Memory for tool contact angle. ■ Long lifespan of 5 million cycles. ■ Both controller and scanner are compact. Features for lathes include: ■ Capable of detecting extremely small tools of 0.1mm. ■ Easy setup through simple teaching. ■ Can detect up to 2 tool positions. Features for machining centers include: ■ Tool wear detection possible without sacrificing machining time by installing in the tool magazine. ■ Capable of setting and storing configurations for up to 512 tools. ■ Compatible with Profibus and DeviceNet, allowing direct connection to the machine's NC device for reduced wiring and PC-less setup and adjustments (input from NC device).

The ETS and ETA collets are patented by Technopin and are compatible with HSK and ISO tool holders. The ETA collet is a higher precision type than the ETS collet, featuring a special shape and fewer cuts (grooves), which maintains very low runout and balance, enabling high-speed rotation (max. 100,000 rpm) while achieving high-precision machining.

Generate a fluid that vibrates left and right without using moving parts, thanks to a special structure inside the nozzle! This allows for reduced vibration and noise. Since there are no moving parts, maintenance is unnecessary, leading to a longer lifespan, and there is no need for electrical control or wiring connections. It can handle pressures up to 200 bar and is widely adopted in the car wash and high-pressure cleaning industries. It is also effective as a water nozzle or air nozzle for removing chips inside processing machines. With just one nozzle, you can use various fluids such as water, air, and coolant, making it very economical. Experience the effectiveness of chip removal using coolant (cutting fluid) by replacing existing spray nozzles (fan-shaped). It comes with screw connection sizes of R1/4” or 1/8”, and coupler specifications are also available. Custom products can be accommodated. By improving the chip removal rate and enhancing processing efficiency, it is possible to prevent scratches on processed products, extend the lifespan of cutting tools, avoid line stoppages due to chips, and reduce cleaning time. A demo unit is available for testing.

Hybrid nozzle with straight jet + fan-shaped nozzle! While the fan-shaped nozzle disperses pressure and lowers it, the oscillating jet nozzle can inject a straight jet in a fan-like manner by using only the internal structure of the nozzle. As a result, it can spray over a wide area with the pressure of a straight jet, similar to a fan-shaped nozzle. Since it does not use any moving parts and vibrates left and right without power, the risk of failure is reduced, and its large flow path makes it less prone to clogging, allowing for long-term use. Intermittent operation to impact the work surface and quick switching operations of solenoid valves are unnecessary. This energy-saving nozzle can reduce water consumption by up to 40%. Additionally, it produces low vibration and noise, requires no maintenance due to the absence of moving parts, and does not need wiring connections since there is no electrical control. With just one nozzle, it can use various fluids such as water, air, and coolants, making it very economical. The screw connection diameter is only R1/4”, but custom products are also available. It eliminates the risk of metal contamination during the cleaning process. Currently, it only has a spray angle of 45° at a flow rate of 1.2L/min at 3 bar.

We would like to introduce the "low-pressure jet nozzle" in the industrial parts cleaning industry. In the industrial sector, undesirable substances such as metal shavings and oil films frequently occur during the manufacturing process of parts. The impurities that arise vary depending on the processing method and material, so cleaning methods tailored to each situation are employed. Special nozzles and precision equipment are used in spray cleaning to suppress vibrations. 【Features】 ■ Saves up to 25% of the time required for manual and machine cleaning of parts ■ Saves up to 7 times the surface cleaning time ■ Demonstrates high time-saving effects during continuous cleaning ■ Reduces cleaning time in turntable and basket-type cleaning machines *For more details, please download the PDF or feel free to contact us.

The "LPX-PC" is a swinging jet nozzle with high impact performance. The oscillation of the fluid generated by this product enhances cleaning capability, allowing for efficient cleaning of particles, recesses, and holes using the oscillating jet. It demonstrates a significant time-saving effect during continuous cleaning, contributing to the reduction of cleaning time in turntable and basket-type cleaning machines. Additionally, it has no moving or wearing parts, which reduces maintenance frequency. 【Features】 ■ Suitable for industrial cleaning ■ Operating pressure: 0.1 to 2.0 MPa (1-20 bar) ■ Maintains a specified spray angle regardless of flow rate and pressure ■ No moving or wearing parts, reducing maintenance frequency ■ Reduces energy costs, water consumption, additives, chemicals, and environmental impact *For more details, please download the PDF or feel free to contact us.

Software that displays 3D CAD data of products on an iPad and overlays it with the actual object captured by a camera, allowing for comparison and discovery of discrepancies between the data and the physical item. Discovered discrepancies can be recorded in terms of location and condition through freehand drawing, and a photo report can be automatically generated. Key inspection points and areas that require special attention can be set in advance, and by displaying caution instructions on the screen, work time can be reduced. Until now, even visual inspections that required skilled labor can be performed with high accuracy with only minimal training. Typical applications: ✓ Large sheet metal parts ✓ Canned structures ✓ Large jigs - Used for inspections during processes, before shipment, and upon receipt. It helps to identify mistakes arising from forgotten part installations, processing omissions, positional differences, and mix-ups of drawing versions, thereby improving the accuracy of visual inspections and promoting labor-saving measures.

In the machinery assembly industry, accurate assembly and visual inspection are required to ensure product quality. Especially for large machines and products with complex shapes, mistakes such as forgetting to attach parts or missing processing can compromise the product's performance and safety. Twyn displays 3D-CAD data on an iPad and overlays it with the actual product to identify discrepancies between the data and the physical item, thereby improving the accuracy of visual inspections. The automation of freehand recording and photo reports also enhances the efficiency of inspection tasks. 【Usage Scenarios】 - Assembly inspection of large sheet metal parts - Assembly inspection of can structures - Assembly inspection of large jigs 【Benefits of Implementation】 - Improved accuracy of visual inspections - Reduced work time - Decreased inspection errors - Promotion of labor-saving measures

In the metal processing industry, particularly in welding inspection, maintaining quality and reducing inspection time are important challenges. Deficiencies in welding not only compromise the strength and safety of products but also lead to rework and increased costs. Twyn enables easy detection of misalignments and defects in welding by overlaying 3D-CAD data with the actual product. This improves inspection accuracy and allows for the establishment of an efficient inspection system. 【Usage Scenarios】 - In-process welding inspection - Pre-shipment inspection - Incoming inspection 【Benefits of Implementation】 - Early detection of welding deficiencies - Reduction of inspection time - Improvement in inspection accuracy

This nozzle automatically vibrates fluid left and right without using any movable parts, thanks to its special internal structure, and operates without power. By simply replacing existing fan-shaped nozzles or straight nozzles, the cleaning and chip removal capabilities for water, air, coolant, etc., are significantly improved, greatly reducing the risk of processing defects and line stoppages. *It does not vibrate with oil-based coolants. Currently, we are offering a "free demo unit rental." Please download the materials first to check the detailed specifications and case studies! ■ Main Features - Automatic vibration without power and movable parts (minimizing vibration and operational noise) - Completely maintenance-free and long-lasting - Capable of high-pressure cleaning while diffusing (supports up to 200 bar) - One nozzle can handle multiple tasks. Suitable for chip removal (water/air) inside processing machines. - A wide range of lineup and custom options are available. ■ Expected Benefits from Implementation - Prevention of scratches on processed products and prolonging tool life: removes chips with powerful vibrational flow. - Prevention of short stops and line stoppages: proactively prevents troubles caused by chip clogging, improving operational rates. - Reduction of cleaning and maintenance time: reduces on-site labor and dramatically improves overall processing efficiency.

Carbon-Drive is the only manufacturer that has developed the world's first "next-generation motor spindle" that maximizes the potential of carbon fiber and breaks through the limits of steel. Carbon fiber reinforced plastic (CFRP) has overwhelmingly high specific stiffness and vibration-damping performance that is 20 to 100 times greater than that of steel. It is extremely lightweight, and if designed properly, it can have zero thermal expansion. This represents a clear advantage over steel. We optimize material properties to meet our customers' needs and achieve a "dynamic yet durable and energy-efficient drive system."