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Shaper Product List and Ranking from 12 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 03, 2025～Dec 30, 2025
This ranking is based on the number of page views on our site.

Shaper Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 03, 2025～Dec 30, 2025
This ranking is based on the number of page views on our site.

  1. ニデックマシンツール（前：日本電産マシンツール） 本社・本工場 Shiga//Industrial Machinery
  2. パワーフォトニック リミテッド Kanagawa//Optical Instruments
  3. エドモンド・オプティクス・ジャパン Tokyo//Optical Instruments
  4. 4 フォトテクニカ Saitama//Optical Instruments
  5. 4 null/null
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Shaper Product ranking

Last Updated： Aggregation Period:Dec 03, 2025～Dec 30, 2025
This ranking is based on the number of page views on our site.

  1. Laser ablation method high-precision beam shaper パワーフォトニック リミテッド
  2. Dry Cut Gear Shaper SE Series ニデックマシンツール（前：日本電産マシンツール） 本社・本工場
  3. Femto-second pulse shaper (femtoSHAPE series) フォトテクニカ
  4. Medium Diameter Gear Gear Shaper SC40CNC ニデックマシンツール（前：日本電産マシンツール） 本社・本工場
  5. 4 Large diameter gear gear shaper SC63/100CNC ニデックマシンツール（前：日本電産マシンツール） 本社・本工場

Shaper Product List

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Femto-second pulse shaper (femtoSHAPE series)

Femto-second pulse shaper (femtoSHAPE series)

After spectral phase analysis, if there is distortion, optimal compression can be achieved through phase and amplitude modulation.

This device, using MIIPS (Multiphoton Intrapulse Interference Phase Scan) technology, measures the spectral phase and pulse width of femtosecond lasers. In cases where there is spectral phase distortion, optimal pulse compression can be achieved through phase and amplitude modulation controlled by a PC. As a result, it is easy to obtain optimal transform-limited pulses at any measurement location. Therefore, it is ideal for applications such as the creation of arbitrary pulse sequences, experiments with dispersion compensation optical systems, and communication experiments.

  • Optical Measuring Instruments

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Medium Diameter Gear Gear Shaper SC40CNC

Medium Diameter Gear Gear Shaper SC40CNC

Gear Shaper S Series, optimal for large-scale work processing.

◆Excellent Machining Precision Based on a high-rigidity and high-precision mechanical structure for the table, sliding surfaces, and feed shafts, we pursue high precision in machining from all aspects, including improving positioning accuracy and reducing the effects of thermal displacement. The S series achieves JIS Grade 5 [JIS B1702 (1998)] with high-precision gears (spur gears). Additionally, we guarantee a repeat machining accuracy of Cp=1.33 against an overball diameter tolerance of 50μm (with thermal displacement correction device included). We meet the demands for high precision and respond to stringent orders with reliable quality. ◆Stable Quality Thorough measures against thermal deformation ensure stable machining quality. Dimensional changes in the workpiece are caused by thermal deformation of the machine due to cutting oil heated by machining heat coming into contact with the bed surface. In response, we circulate coolant within the bed to equalize the thermal distribution and minimize thermal deformation. ◆Product Detail Page https://www.nidec.com/jp/machine-tool/products/B700/M104/S101/NMTJ-s-series/

  • Gear cutting machine/Gear finishing machine

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Large diameter gear gear shaper SC63/100CNC

Large diameter gear gear shaper SC63/100CNC

Gear Shaper S Series, ideal for large-scale work processing.

◆Excellent Machining Precision Based on a high-rigidity and high-precision mechanical structure for the table, sliding surfaces, and feed shafts, we pursue high precision in machining from all aspects, including improvements in positioning accuracy and reductions in the effects of thermal displacement. The S series achieves JIS Grade 5 [JIS B1702 (1998)] with high-precision gears (spur gears). Additionally, we guarantee a repeat machining accuracy of Cp=1.33 against an overball diameter tolerance of 50μm (with thermal displacement correction device included). We meet the needs for high precision and respond to demanding orders with reliable quality. ◆Stable Quality Through thorough measures against thermal deformation, we maintain stable machining quality. Dimensional changes in the workpiece during machining are caused by mechanical thermal deformation due to cutting oil heated by machining heat coming into contact with the bed surface. In response, we circulate coolant within the bed to equalize the thermal distribution and minimize thermal deformation. ◆Product Detail Page https://www.nidec.com/jp/machine-tool/products/B700/M104/S101/NMTJ-s-series/

  • Gear cutting machine/Gear finishing machine

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Beam Shaper "Focal-πShaper_1070"

Beam Shaper "Focal-πShaper_1070"

Ideal for spatter reduction! A field mapping beam shaper with very high transmittance.

The "Focal-πShaper_1070" is a field-mapping type beam shaper. It features a very high transmittance, making it stable for use even with high-power lasers. The included mount is very convenient. It is attached to a mount with mounting screws (M30×0.75 or M58×1) commonly used on the output side of collimator lenses, making integration easy. 【Features】 ■ Suitable for reducing spatter ■ Very high transmittance ■ Stable for use even with high-power lasers ■ Very convenient included mount ■ Smooth integration into existing equipment *For more details, please refer to the PDF document or feel free to contact us.

  • Other optical parts

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Laser ablation method high-precision beam shaper

Laser ablation method high-precision beam shaper

The world's first beam shaper created using laser ablation manufacturing (direct drawing processing) has been born. It offers the most cost-effective custom solutions for freeform shapes.

By using this technology, it is possible to manufacture lenses of any free shape with a surface roughness of 1nm. Various beam shaping elements such as beam shapers, splitters, and homogenizers can now be provided as refractive optical elements. - Since surface shapes that were previously impossible to manufacture can now be created, a more theoretically accurate beam profile can be achieved. - The extremely smooth lens surface minimizes light divergence. - As a refractive element, the efficiency (power in bucket) is close to 100%, significantly improving compared to DOE. - The applicable wavelength ranges from 190 nm to 2 um. For more details, please request through the contact information below.

  • lens

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AdlOptica πShaper Flat Top Beam Shaper

AdlOptica πShaper Flat Top Beam Shaper

Convert an incident collimated beam with a Gaussian distribution into a collimated flat-top beam with a uniform light intensity distribution!

The AdlOptica πShaper flat-top beam shaper uses a refractive field mapping optical system to convert an incident collimated beam with a Gaussian distribution into a collimated flat-top beam with a uniform light intensity distribution. By adopting a field mapping optical design, the converted output beam with a uniform intensity distribution remains stable over long distances, making it ideal for use in holography, microscopy, and system integration. Without an internal focusing mechanism, it also serves as a perfect solution for applications such as micromachining, welding, and engraving of materials that require high-power lasers. The AdlOptica πShaper flat-top beam shaper is available for common YAG, fiber lasers, and CO2 lasers, operating beyond the specified wavelength range for laser tuning. 【Features】 ■ Converts Gaussian beam profiles to flat-top ■ Nearly 100% efficiency ■ Eliminates internal focusing mechanism, allowing for higher power laser input *You can download the catalog from Edmund Optics Japan featuring this product from the link below.

  • Laser Components

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Compact Beam Shaper for Laser Fiber Output CBS

Compact Beam Shaper for Laser Fiber Output CBS

CBS(Compact Beam Shaper)

■It is possible to form homogeneous top-hat line beams or square beams of various sizes from the laser light output of multimode fiber. ■Compact and low-cost components.

  • Laser Components
  • Other optical parts

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Beam shaper

Beam shaper

Beam shaper

Low price, high performance ■ The beam shaper functions to convert laser light with a Gaussian intensity distribution into parallel light with a top-hat intensity distribution. ■ We offer a lineup for four types of laser wavelengths ranging from 355 nm to 10.6 μm.

  • lens
  • Other optical parts
  • Optical Experimental Parts

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Dry Cut Gear Shaper SE Series

Dry Cut Gear Shaper SE Series

The SE series of completely dry cut gear shapers enables stable high productivity processing.

◆Fully compatible with dry cutting ◆Modularization of transport devices for easy line configuration The modularization of peripheral and transport devices allows for easy line configuration and layout changes. As a result, it has become possible to minimize the setup time. We have prepared two types of configurations that can be selected based on the work style. Type 1: Front flat type, optimal for manual workpiece loading machines Type 2: Narrow opening type, optimal for automation compatibility ◆Product details page https://www.nidec.com/jp/machine-tool/products/B700/M104/S101/NMTJ-se_series/

  • Gear cutting machine/Gear finishing machine

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Helical Guideless Gear Shaper ST Series

Helical Guideless Gear Shaper ST Series

The ST series can process any helical gear without the need for guide replacement through program input.

◆ Helical Guide-less No need for guide replacement; set any twist angle in the NC program to process helical gears. ◆ NC Relieving Mechanism (ST40A Option) Automates the relieving operation with NC, allowing for arc-shaped crowning and taper processing (up to ±0.3 degrees) through program operation. ◆ Product Detail Page https://www.nidec.com/jp/machine-tool/products/B700/M104/S101/NMTJ-st_series/

  • Gear cutting machine/Gear finishing machine

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High Precision Gear Shaper FR Series

High Precision Gear Shaper FR Series

High-precision gear processing machines SE25FR/FR Plus and SC40FR that meet the demands for high precision and high-speed machining of gears for reducers.

◆Support for High-Precision Machining (SE25FR, SC40FR) By adopting high-precision worm gears for the cutter head and table, we achieve high-precision machining by suppressing rotational fluctuations. ◆Product Detail Page https://www.nidec.com/jp/machine-tool/products/B700/M104/S101/NMTJ-se25fr_sc40fr/

  • Gear cutting machine/Gear finishing machine

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Top Hat Beam Shaper Technology

Top Hat Beam Shaper Technology

It is a high-precision top-hat beam shaper that is not limited to specific wavelengths, thanks to a smooth aspheric lens.

The top hat beam shaper from Ayase utilizes diffraction of light to convert a Gaussian beam into a top hat (uniform intensity distribution), similar to conventional DOE methods, but it possesses excellent features that set it apart from DOE methods. These can be considered as an innovative top hat beam shaper that addresses the shortcomings of traditional DOE methods. *【Multi-wavelength compatibility】One element can accommodate a wide range of wavelengths. *【High precision】No false spots, improving light irradiation and measurement accuracy. *【High efficiency】High theoretical efficiency and improved performance stability. *Can convert to line, square, or circular light beams. μLINEMAN (LBS) .... Uniformly illuminated line μSQUAREMAN (MBS) .. Uniformly illuminated square will be formed at the desired focal position. μLINEMAN and μSQUAREMAN can accommodate multiple light sources by leveraging the aforementioned features. Additionally, customization is possible for size adjustments of lines and squares, conversion to circular or rectangular shapes, or even transformation to intensity distributions other than top hats.

  • Electron beam lithography equipment

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