TOMITA CO.,LTD. Product Lineup

The machine's overall dimensions can be adjusted from a depth of 4000mm x width of 3000mm x height of 1500mm to a maximum depth of 10000mm x width of 4000mm x height of 2500mm! It features a newly designed cross rail with heat countermeasures, equipped with four guide rails for the Z-axis, four guide rails for the Y-axis, and two guide rails for the X-axis. The spindle offers three types for rough to finishing processes and can be automatically exchanged. If you require high precision, want to shorten processing time, or aim to improve production efficiency, please consider this option. We have branches and distributors in various countries, so support is available worldwide.

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.

- Achieves high rigidity with an innovative traveling column structure. - Significant reduction in processing time with simultaneous 6-axis machining using a compact simultaneous 3-axis milling head. - Comes standard with an original pallet changer that can exchange large pallets up to 4 meters in length in just 2 minutes. - Made in Germany by F. Zmmermann GmbH.

The "FZU" is an extremely compact 5-axis gantry-type machining center designed for machining aluminum, composite materials, plastics, and urethane. Thanks to its monolithic modular design, various machine variations with different lengths and heights can be selected, and a wide range of options such as coolant systems and MQL are available to meet customer needs. Furthermore, its highly flexible material handling and high processing surface quality and precision provide excellent cost performance for customers. 【Features】 ■ Compact ■ Newly developed robust center support portal structure ■ Adoption of thermal symmetry structure ■ Monolithic modular design ■ Made by Zimmermann *For more details, please refer to the PDF document or feel free to contact us.

The "FZH" is a horizontal machining center designed for the aerospace industry. It enables a highly efficient milling process when machining aluminum and composite materials. Furthermore, the patented M3ABC 3-axis milling head maximizes chip removal rates, significantly improving machining efficiency, especially when processing structural components of aircraft. 【Features】 ■ Innovative traveling column design ■ Highly efficient milling process ■ Standard equipped with pallet handling functions (automatic pallet changer) ■ Reliable pallet transport capabilities ■ Manufactured by Zimmermann *For more details, please refer to the PDF document or feel free to contact us.

This is a German-made high-speed 5-axis machining center. It uses a rack and pinion drive system, and is driven by two motors that constantly apply load, preventing wear and play like that seen in ball screws. By adopting the rack and pinion system, it offers: * A large gantry machining center with an X-axis travel of up to 40m. * Modular design allowing for production with a wide range of machine strokes. * In-house manufactured 5-axis milling head that can be selected based on processing needs. * High-speed feed of 60m/min and acceleration of 0.5G, reducing processing time. * High-speed spindle rotation of 25,000 min-1 to 30,000 min-1. * Special polymer concrete embedded in the side walls supporting the high rail gantry structure, achieving high rigidity, high damping, and low thermal displacement. This results in excellent processing capability, processing accuracy, and surface finish quality.

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.

This is an image inspection device that accommodates various shapes from raw materials to finished products. It inspects for deviations in the direction of carbon fibers, gaps, twists, defects, foreign matter contamination, wrinkles, etc., and provides feedback, enabling inspections that do not rely on the human eye. We have three main types of products available: F-SCAN Standard: Suitable for inspecting low-curvature fiber surfaces. F-SCAN Compact: Suitable for inspecting high-curvature fiber surfaces due to its compact design. F-SCAN Wide: Suitable for inspecting raw materials and flat materials.

This is a device that adds heat to the measurement target and confirms changes in thermal conductivity using an infrared camera. By integrating the heat source and the camera, it has become compact and lightweight, making it suitable for field services and installation on robots. It can determine defects in CFRP and honeycomb internal structures without using X-ray inspection.