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Frame(frame) - List of Manufacturers, Suppliers, Companies and Products | IPROS GMS

Last Updated: Aggregation Period:Aug 19, 2026~Sep 15, 2026
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Frame Product List

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Slim TV Touch Sensor Frame 'DBB Frame'

Turn your flat-screen TV or monitor into a touch monitor!

The "DBB Frame" is a product that, when added to existing equipment such as LCD TVs and monitors, achieves an interactive operating environment that goes beyond the capabilities of the monitor while keeping costs down. It supports pinch-to-zoom and rotation, unique to touch panels, enabling creative operations that cannot be achieved with a mouse alone. 【Features】 ■ Saves initial costs ■ Simply adds to existing equipment ■ Multi-touch compatible *For more details, please download the PDF or feel free to contact us.

  • Company:クレア
  • Price:100,000 yen-500,000 yen
  • Software (middle, driver, security, etc.)
  • Frame

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Aoki Precision Industry Co., Ltd. Aluminum Frame Catalog VOL.709.1

Quickly prototype and support our customers' "challenges"! Achieved a 70% cost reduction.

This catalog introduces the aluminum frames of Aoki Precision Industry Co., Ltd. The possibilities of aluminum frames are endless, including fences, covers, racks, carts, stands, desks, stairs, ladders, and more. There have been achievements of cost reductions by up to 70% through the replacement with our products. In addition to product introductions, we also include usage examples, so please make use of this when considering implementation. 【Featured Products】 ■ ALUMI FRAME system20 ■ ALUMI FRAME system30 ■ ALUMI FRAME system40 ■ Flex Guard Fence *For more details, please refer to the PDF materials or feel free to contact us.

  • aluminum
  • Other machine elements
  • Frame

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Column-Beam Frame "T-WOOD FRAME"

Smooth construction possible! Column-beam frame certified by the Japan Architectural Center.

The "T-WOOD FRAME" is a column-beam frame installed within a wooden frame structure. It is possible to achieve both shear walls and openings. Since it is constructed without using special components, it does not require advanced skills for work and can be constructed smoothly. 【Features】 ■ It provides rigidity similar to shear walls while allowing openings that secure garage space and natural light. ■ It enhances the freedom of planning layouts as it maintains the balance of the building. ■ It can be installed in newly constructed traditional wooden frame buildings. ■ The spacing between the columns of the frame (span) can accommodate from 1,818 mm to 6,370 mm. *For more details, please refer to the PDF materials or feel free to contact us.

  • others
  • Frame

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Zero Frame

The strongest aluminum frame in SUS history.

Aluminum frames are widely used in the FA industry due to their convenience. However, conventional aluminum frames had some shortcomings, particularly in "rigidity." To address this, SUS reviewed the joining methods to achieve high rigidity comparable to that of steel and developed a completely new frame called "ZF" using a plug-in method. The ZF, boasting unprecedented high rigidity, is resistant to vibrations and minimizes displacement and distortion even under heavy loads, demonstrating strength equivalent to steel as a robot base or equipment frame.

  • Other machine elements
  • Frame

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Weldless high-rigidity steel frame for equipment enclosures and stands

No welding required, easy assembly and disassembly. Strong versatility for specification and layout changes.

- A steel frame that can be "assembled, changed, and reused" - Adapts to equipment changes - Stable assembly quality achievable by anyone with just one hex wrench

  • ユタカ技研_汎用フレーム_チラシ_page2.png
  • Assembly Jig
  • Other industrial robots
  • Assembly Machine
  • Frame

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FDF (Fiber Distribution Frame)

FDF (Fiber Distribution Frame) of the center pier

The FDF (Fiber Distributing Frame) is a rack that efficiently organizes optical cables, which can often become complicated. Our FDF meets both NEBS standards and NTT Docomo's seismic standards, making it a product with enhanced seismic performance. ◆ High Seismic Resistance By combining special cross-section frames in a composite manner, we have achieved unprecedented seismic performance. It meets NTT Docomo standards R08 to R12 (displacement under 50mm) and NEBS standard Zone 4 (GR-63-CORE, displacement under 75mm). ◆ Focus on Ease of Work The side panels are removable, allowing for easy interconnection between racks, making it simple to consolidate large amounts of optical cables. We pay attention to fine details such as shelf positioning and the size of numbers, ensuring ease of work for our customers down to the millimeter. ◆ Numerous Options We offer a variety of options to enhance work efficiency. By using optional fusion boxes (splice boxes), we can reduce the complexity of tasks during optical cable consolidation.

  • Server Rack
  • rack
  • Racks and Cases
  • Frame

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Mass production type frame for spacecraft: "MBF: Monobase Frame"

Outstanding reliability due to its integrated design and high rigidity. It also reduces assembly labor, contributing to the mass production of space equipment! [Proven track record in space equipment adoption]

"MBF: Mono Base Frame" is a mass-produced frame that can serve as a base for various space equipment, such as ultra-small satellites (CubeSats). It is manufactured by machining aluminum blocks, achieving lightweight construction and high design flexibility. Additionally, it has no joints and high rigidity, making it adaptable to harsh environments. The reduced number of components also allows for a decrease in assembly labor. ■ Background of the Space Industry As the demand for space equipment increases, continuing with the traditional manufacturing method of handcrafting each unit leads to variations in assembly quality depending on the worker, making stable mass production difficult. With the emergence of "mega-constellations" that deploy numerous ultra-small satellites in low Earth orbit, it is essential to reconsider traditional manufacturing methods. The "MBF" promises to enable stable mass production of high-quality space equipment. ■ The application areas of MBF are expanding! - Propulsion systems incorporating thrusters and valves - Space debris mitigation devices with built-in tether deployment mechanisms - Structures for PocketQube (scheduled for launch in 2020), etc. *Reference materials can be viewed from the "PDF Download" link below.

  • Contract manufacturing
  • Frame

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Aluminum frame LECOFRAME

This is an aluminum frame developed based on the achievements and technology of a device design and manufacturing company, assuming it can be used as a support frame for the device.

Unique center lock mechanism. Achieves easy, simple, and robust fixation. No need to choose from multiple types of connection components, and instructions for processing the frame are straightforward. With a simple component structure, there are significant benefits in low cost and reduced assembly labor! Customers only need to assemble it. All cutting and other processing will be completed before delivery.

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15×25 aluminum frame F152

Perfect for lightweight panels and door frames! Easy to assemble, with excellent design flexibility! Free sample gift!

The definitive version of aluminum structural materials! "RecoFrame" is a structural aluminum frame system developed with the concept of "Design made simple and free!" Its most notable feature, the unique 【T-lock connection】, offers a beautiful appearance and enables speedy and easy assembly!

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“Mono base frame”

integrated aluminum body frame for Cube Sat

Ishitoshi Iron Works Inc. has developed a technology to cut directly from aluminum block the body frame of Cube Sat, which sees increasing demand. The product is “MBF – Mono base frame.” Conventionally, the body frame of Cube Sat has been the ‘separated’ type. However, our MBF employs a light-weight integrated structure, allowing more flexibility in design. Having fewer components shortens assembly time and assures quality since we have less components to worry about.

  • Contract manufacturing
  • Frame

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[For Robotics] From prototyping to mass production! High-rigidity steel frame

A versatile assembly and disassembly frame that is robust against specification changes in multi-joint robots.

In the field of robotics, particularly in the introduction of multi-joint robots, there is a demand for flexible layout changes and responsiveness to future specification changes. The structure of the robot arm and the arrangement of peripheral devices are directly linked to the efficiency and safety of the production line, making a frame structure that allows for rapid and reliable changes essential. Inadequate design can lead to time and cost expenditures for renovations, potentially resulting in decreased productivity. Our high-rigidity steel frame does not require welding and is easy to assemble and disassemble, allowing for flexible responses to changes in specifications and layouts, thereby supporting the evolution of multi-joint robots and the optimization of production lines. 【Usage Scenarios】 - Framework and arm structure for multi-joint robots - Robot systems for experiments and research and development - Layout changes in production lines - Frame construction for automation equipment 【Benefits of Implementation】 - Increased productivity through rapid layout changes - Flexible response to specification changes - Reduction in labor hours due to ease of assembly and disassembly - Cost savings through reuse

  • ユタカ技研_汎用フレーム_チラシ_page2.png
  • Assembly Jig
  • Other industrial robots
  • Assembly Machine
  • Frame

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No bracket needed for semiconductor manufacturing. High-performance aluminum frame.

Flexibly respond to equipment and layout changes in semiconductor manufacturing sites.

In semiconductor manufacturing, changes in processes or the addition of equipment may necessitate layout modifications of workbenches, equipment stands, and booths within clean rooms. The RecoFrame is a structural aluminum frame system that connects internally without the use of brackets, thanks to its unique "T-lock coupling." It is easy to assemble and disassemble, and can flexibly accommodate new installations, dimension changes, expansions, and layout modifications. 【Usage Scenarios】 - Equipment stands in clean rooms - Work booths - Frames for inspection equipment - Structures for conveyor lines 【Benefits of Implementation】 - Enables rapid layout changes and maintenance - Improves work efficiency

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[Aerospace] Assembly time reduced to "1/3"! Structural aluminum frame

Ideal for aerospace testing fixtures. High precision, high rigidity, and overwhelming assembly speed.

In the aerospace field, test jigs require high precision and rigidity to withstand precise measurements and harsh environments. Additionally, to accommodate shortened development cycles and frequent specification changes, rapid production and modification of jigs are essential. Insufficient rigidity can lead to measurement errors and increased assembly time, raising the risk of development delays. Our structural aluminum frame system, "RecoFrame," addresses these challenges by achieving high precision and high rigidity, reducing assembly time by approximately one-third compared to conventional bracket connections through our unique "T-Lock coupling." [Usage Scenarios] - Test jigs for aerospace equipment - Frame structures for experimental devices - Prototypes for research and development [Benefits of Implementation] - Rapid production and modification of test jigs - Shortened development cycles - Improved measurement accuracy - Enhanced work efficiency

  • LF_info1_mono.png
  • LF_google_1-1.png
  • aluminum
  • Other machine elements
  • Frame

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[For Research and Development] No brackets needed. Free structure, high-performance aluminum frame.

Accelerate prototype development. Achieve a smart structural design without the need for brackets.

In the field of research and development, prototyping is essential for quickly and accurately bringing ideas to life. In particular, the degree of structural freedom and ease of assembly are crucial factors that directly impact development speed. Traditional bracket connections often resulted in longer assembly times and structural constraints. Our RecoFrame connects the frame without the use of brackets, thanks to its unique inner joint structure. This reduces assembly time and allows for more flexible structural design. It achieves efficiency in prototyping development and a smart appearance.

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[For Robots] Assembly time reduced to "1/3" - Structural aluminum frame

Aluminum frame for efficient design and assembly of robot enclosures.

In the design of robot enclosures, lightweight construction, rigidity, and rapid assembly are required. Particularly for robots equipped with complex mechanisms and sensors, the design flexibility of the enclosure and ease of assembly directly contribute to shortening development time and improving maintainability. Traditional frame structures have faced challenges such as requiring a lot of time for assembly and difficulties in accommodating design changes. Our RecoFrame addresses these issues and strongly supports the development and manufacturing of robot enclosures. 【Usage Scenarios】 - Enclosures for industrial robots - Frame structures for service robots - Prototyping for research and development robots - Structural components for automated transport robots 【Benefits of Implementation】 - Increased productivity through reduced assembly time - Stabilization of robot performance due to high precision and rigidity - Adaptability to diverse robot shapes due to design flexibility - Resolution of labor shortages and execution of tasks by fewer personnel

  • LF_info1_mono.png
  • LF_google_1-1.png
  • aluminum
  • Other machine elements
  • Frame

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[For Robotics] No bracket required. High-performance aluminum frame.

Streamlining robot modularization. Achieving a smart structural design without the need for brackets.

In the design of robot enclosures, lightweight construction, rigidity, and rapid assembly are essential. Particularly for robots equipped with complex mechanisms and sensors, the design flexibility of the enclosure and ease of assembly directly contribute to shortening development time and improving maintainability. Traditional frame structures have posed challenges such as requiring significant assembly time and difficulty in accommodating design changes. Our RecoFrame effectively addresses these issues and strongly supports the development and manufacturing of robot enclosures. 【Usage Scenarios】 - Building frames for mobility mechanisms - Mounting platforms for sensors and actuators - Prototyping for experimental and research robots 【Benefits of Implementation】 - Reduced development time due to shorter assembly times - Simplification of structure and improvement of appearance by eliminating the need for brackets - Realization of a highly reliable robot structure through high precision and high rigidity - Ability to meet diverse needs with a wide range of accessory parts

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[For Research and Development] Assembly time reduced to "1/3"! Structural aluminum frame

An aluminum frame that achieves high precision, high rigidity, and overwhelming assembly speed!

In research and development, rapid construction of experimental equipment and high precision are required. In particular, when changes or improvements to the equipment are necessary during repeated trial and error, the time and effort involved in assembly and disassembly directly impact the speed of research. Additionally, when it is necessary to accommodate diverse experiments with limited personnel, improving work efficiency becomes essential. The RecoFrame addresses these challenges by significantly reducing assembly time to about one-third compared to conventional bracket connections through its unique T-lock coupling, greatly enhancing on-site work efficiency. **Usage Scenarios** - Rapid construction of experimental equipment during the prototyping and development stages - Layout changes and additions of equipment within the laboratory - Flexible equipment design to meet diverse experimental needs **Benefits of Implementation** - Shortening of the research and development cycle - Efficient operation of equipment with limited resources - Increased freedom in experiments and promotion of new discoveries

  • LF_info1_mono.png
  • LF_google_1-1.png
  • aluminum
  • Other machine elements
  • Frame

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[For Semiconductor Manufacturing] Assembly Time Reduced to "1/3" - Aluminum Frame

Streamlining clean room construction. High precision and high rigidity aluminum frame.

In the semiconductor manufacturing industry and clean rooms, preventing the contamination of fine dust and maintaining high cleanliness directly impacts product quality. Therefore, rapid and reliable construction is required for the installation and renovation of structures. In particular, quick response times to avoid interrupting delicate manufacturing processes and improving work efficiency with limited personnel are crucial. Our structural aluminum frame system, 'RecoFrame,' addresses these challenges by utilizing a unique T-lock connection method, reducing assembly time to about one-third compared to traditional bracket connections, and significantly enhancing on-site work efficiency. 【Usage Scenarios】 - Installation of work booths and partitions within clean rooms - Construction of frames and platforms around inspection and manufacturing equipment - Layout changes and expansions with short lead times - Labor-saving in sites facing personnel shortages 【Benefits of Implementation】 - Shortened construction period due to reduced assembly time - Reduced burden on workers and labor-saving - Improved aesthetics and design flexibility due to the elimination of brackets - Realization of stable structures with high precision and rigidity

  • LF_info1_mono.png
  • LF_google_1-1.png
  • aluminum
  • Other machine elements
  • Frame

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【For automobile manufacturing】Assembly time reduced to "1/3"! Aluminum frame

Contributing to the efficiency of the production line! High-precision, high-rigidity aluminum frame.

In automotive manufacturing production lines, rapid equipment setup, layout changes, and responses to labor shortages are required. Particularly, to accommodate short delivery projects and frequent specification changes, it is crucial to reduce the time required for assembling, disassembling, and reconstructing equipment. Traditional bracket connections require many parts and complex work processes, which have been factors leading to decreased productivity and longer lead times. Our structural aluminum frame system, "RecoFrame," addresses these challenges with its unique T-lock connection method. [Usage Scenarios] - Automation and labor-saving of production lines - Frame construction for inspection and transport equipment - Layout changes for workspaces - Production of jigs and temporary facilities [Benefits of Implementation] - Reduces assembly time by about one-third, speeding up the setup and modification of production lines - Supports alleviating labor shortages and enables work by fewer personnel - Enhances responsiveness to short delivery projects - High design flexibility without the need for brackets, achieving a smart appearance

  • LF_info1_mono.png
  • LF_google_1-1.png
  • aluminum
  • Other machine elements
  • Frame

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