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Optical metrology for large-scale manufacturing facilities. We manufacture laser-grade industrial inspection systems, optical lenses for heavy microscopes, and high-precision calibration targets used in structural alignment processes.
Certified to ISO 17025
Sub-micron positional accuracy
Ready for your production line?
Effective 1 March 2025
This document governs the use of DakotaOptic industrial inspection systems, optical lenses, and calibration targets. By purchasing or operating any DakotaOptic product, you agree to the terms below. These terms are designed to ensure traceable accuracy, safe operation, and clear liability limits for laser-grade metrology equipment used in structural alignment processes.
DakotaOptic delivers hardware, firmware, and calibration documentation for the following product categories. Each category is subject to specific acceptance criteria and handling requirements.
Buyer must inspect all delivered items within five working days of receipt. Any deviation from the agreed specifications must be reported in writing. Failure to notify within this period constitutes acceptance of the delivered condition.
DakotaOptic provides remote or on-site commissioning for inspection systems and calibration targets. Lenses are shipped pre-centered; field adjustment is not required unless the mounting interface differs from the standard C-mount or RMS thread.
All calibration targets and inspection systems are shipped with a current certificate traceable to national standards. Recertification is recommended every 12 months or after any mechanical shock exceeding 10 g.
DakotaOptic warrants that each product meets its published specifications for a period of 24 months from the date of shipment. This warranty covers defects in materials and workmanship but does not cover damage caused by misuse, unauthorized modification, or environmental conditions outside the rated operating range.
These terms are governed by the laws of the Republic of India. Any dispute arising from or relating to these terms shall be resolved through binding arbitration in Jaipur, Rajasthan, in accordance with the Arbitration and Conciliation Act, 1996.
Our optical metrology systems are built for large-scale manufacturing facilities that require micron-level precision in structural alignment, inspection, and calibration.
Integrated laser interferometers with high-resolution cameras detect deviations down to 0.5 microns in assembly lines. Automated calibration routines reduce downtime by 40% compared to manual inspection cycles.
Benefit: Real-time quality control dashboards enable immediate process adjustments.Borosilicate glass lenses with anti-reflective coatings withstand thermal cycling and mechanical stress in laboratory and production environments. Each lens is individually tested for wavefront error and surface roughness.
Benefit: Consistent performance across the full field of view, even under repeated thermal loads.Laser-etched crosshairs and concentric rings on low-thermal-expansion substrates maintain sub-micron positional accuracy across temperature variations. Each target includes a traceable calibration certificate.
Benefit: Suitable for ISO 17025 accredited facilities without additional validation steps.Portable alignment systems measure parallelism, squareness, and flatness of machine bases and rails in large-scale manufacturing plants. Data is logged for trend analysis and predictive maintenance scheduling.
Benefit: Reduced rework and extended equipment lifespan through early deviation detection.Field engineers deploy and calibrate inspection systems at client facilities, with remote monitoring capabilities for ongoing performance tracking. Training sessions cover operation, data interpretation, and routine maintenance.
Benefit: Minimal disruption to production schedules during setup and training.Tell us about your alignment setup and we’ll recommend the right inspection system or target set for your facility.
Straight answers about calibration, lens specs, and inspection workflows — no legal padding.
| What accuracy do your calibration targets guarantee? | Each target is laser-etched with sub-micron positional accuracy and comes with a traceable certificate. The substrate is a low-thermal-expansion material, so dimensions stay stable even when the factory floor temperature shifts by several degrees. |
|---|---|
| Can your heavy microscope lenses handle repeated thermal cycling? | Yes. They are made from borosilicate glass with anti-reflective coatings and are individually tested for wavefront error and surface roughness. They are designed to withstand the mechanical stress and temperature changes common in production labs. |
| How does the inspection system integrate with existing quality dashboards? | The system outputs data directly into standard quality control dashboards via a REST API. Automated calibration routines run in the background, so you get real-time adjustments without stopping the line. |
| Do you offer custom lens geometries for non-standard microscopes? | We do. Send us the mechanical envelope and optical requirements, and we will design a lens that fits your mount and meets your field-of-view and resolution targets. Minimum order quantities apply. |
| What is the typical lead time for a calibration target order? | Standard targets ship within two weeks. Custom patterns or substrates add one to two weeks depending on complexity. Each target is individually certified before shipment. |
Still have a question? Contact our applications team at info@dakotaophthalmology.com or call 091 53825196.