Industrial DLP Projector OPR Series
Industrial DLP projector that enables high-precision 3D inspection.
This is an industrial DLP projector suitable for solutions that require high-speed and high-precision 3D inspection, targeting applications such as 3D measurement, appearance inspection, and medical image processing. With a compact size that is easy to integrate, you can choose from a wide range of models, including Full HD and RGB models, C-mount specifications, and optical design types optimized for angled projection. It supports extensive and high-precision projection as well as high-speed inspection, ensuring minimal thermal deformation and high-quality projection effects through sophisticated optical and structural design.
basic information
For more details, please refer to the PDF document or feel free to contact us. We also offer demo unit rentals.
Price range
Delivery Time
Applications/Examples of results
3D measurement, 3D scanning, parts/circuit board appearance inspection, medical image processing, and other industrial image processing focused on semiconductors and electronics.
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| Model number | overview |
|---|---|
| OPR305100 | Operating distance (TYP): 100 / Projection area (mm): 24.3×13.7 / Projection accuracy (µm): 19 / Projection mode: Direct projection / Light source: Blue |
| OPR305120 | Action distance (TYP): 120 / Projection area (mm): 60.4×34 / Projection accuracy (µm): 47 / Projection mode: Orthographic / Light source: Blue |
| OPR305185 | Operating Distance (TYP): 185 / Projection Area (mm): 136×77 / Projection Accuracy (µm): 106 / Projection Mode: Direct Projection / Light Source: Blue |
| OPR305120S | Operating distance (TYP): 120 / Projection area (mm): 37×69×29 / Projection accuracy (µm): 40-51 / Projection mode: Oblique projection (30°) / Light source: Blue |
| OPR305120S-K | Action distance (TYP): 120 / Projection area (mm): 37×69×29 / Projection accuracy (µm): 40-51 / Projection mode: Oblique projection (30°) / Light source: Blue / Case model |
| OPR305185S-25 | Operating Distance (TYP): 185 / Projection Area (mm): 91×154×63 / Projection Accuracy (µm): 90-122 / Projection Mode: Oblique Projection (25°) / Light Source: Blue |
| OPR305185S-25-K | Operating distance (TYP): 185 / Projection area (mm): 91×154×63 / Projection accuracy (µm): 90-122 / Projection mode: Oblique projection (25°) / Light source: Blue / Case model |
| OPR305185S-30 | Operating Distance (TYP): 185 / Projection Area (mm): 91×154×63 / Projection Accuracy (µm): 88-126 / Projection Mode: Oblique Projection (30°) / Light Source: Blue |
| OPR405200 | Operating distance (TYP): 2000 / Projection area (mm): 1667×1042 / Projection accuracy (µm): 914 / Projection mode: Orthographic / Light source: RGB (300lm) |
| OPR405200X | Operating distance (TYP): 2000 / Projection area (mm): 1667×1042 / Projection accuracy (µm): 914 / Projection mode: Offset 100% / Light source: RGB (450lm) |
| OPR407200 | Operating Distance (TYP): 2000 / Projection Area (mm): 1667×938 / Projection Accuracy (µm): 868 / Projection Mode: Direct Projection / Light Source: RGB (600lm) |
| OPR407700 | Operating Distance (TYP): 700 / Projection Area (mm): 604×340 / Projection Accuracy (µm): 315 / Projection Mode: Direct Projection / Light Source: RGB (280lm) |
| OPR407180 | Operating Distance (TYP): 180 / Projection Area (mm): 81×46 / Projection Accuracy (µm): 42 / Projection Mode: Direct Projection / Light Source: Blue (1.5W) or White (180lm) |
| OPR407180S | Operating distance (TYP): 180 / Projection area (mm): 85×52×75 / Projection accuracy (µm): 39-44 / Projection mode: Oblique projection (30°) / Light source: Blue (1W) or White (120lm) |
| OPR407C | Operating distance (TYP): 90-285 / Projection area (mm): 18×11 to 53×30 / Projection accuracy (µm): 42 / Projection mode: Direct projection / Light source: Blue (1.5W) or White (180lm) |
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News about this product（2）
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[Latest] Japan Bo-Pixel Product Comprehensive Catalog
[Latest] Japan Bopixel Product Comprehensive Catalog [2024.11.A] ■ Japan Bopixel's CoaXPress Cameras High-speed, high-resolution yet compact and fanless CoaXPress cameras. By adopting "next-generation key devices," we are addressing the traditional issue of heat generation and leveraging the advantages unique to latecomer manufacturers to take a new approach. [Contents] ■ CoaXPress Area Scan Camera - 29×29mm 1Lane Model - 40×40mm 1Lane Model - 60×60mm 4Lane Model - 25MP CXP-12×4Lane Model - 65MP CXP-6/12×4Lane Model ■ CoaXPress Line Scan Camera - 8k CXP-12×4Lane Model - 16k CXP-12×4Lane Model - 9k TDI Line Scan Camera ■ CameraLink ■ 3D Camera ■ DLP Projector *For detailed information and specifications, please contact us.
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Notice of Participation in the 39th Internepcon Japan
We will be exhibiting our products in collaboration with Cominix Co., Ltd. In addition to our CoaXPress machine vision cameras, we will showcase a full lineup of our products, including DLP projectors, so please be sure to visit us. ■ Event Date January 22 (Wednesday) to January 24 (Friday), 2025 / 10:00 AM to 5:00 PM ■ Venue Tokyo Big Sight (3-11-1 Ariake, Koto-ku, Tokyo) ■ Exhibition Location East Hall / Booth Number: E8-7
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We focus on the design, development, manufacturing, and sales of high-speed, high-resolution, and highly reliable machine vision cameras primarily using CoaXPress and CameraLink. In addition to developing standard products, we also offer development and customization tailored to customer requests. All camera design and development is carried out by our Japanese staff, ensuring design and production techniques that guarantee delicate and highly reliable standards in Japan, while integrating the dynamic action and speed of China to provide competitive products. At Japan Bopixel, we have successfully become the first camera manufacturer to utilize Ultra Low Power FPGA instead of the standard FPGA adopted by the majority of camera manufacturers. This Ultra Low Power FPGA reduces power consumption by over 50% compared to similar class FPGAs, significantly lowering power consumption and heat generation in cameras by addressing the heat source at its root. By actively adopting these next-generation key devices, we are taking a new approach to the heat generation issues that have traditionally been a challenge.