ASH Technologies AI100-055 Digital Industrial Microscope with +10 PLAN 1× Objective Lens
| Brand | ASH Technologies |
|---|---|
| Origin | Ireland |
| Manufacturer Type | Authorized Distributor |
| Product Origin | Imported |
| Model | AI100-055 |
| Pricing | Available Upon Request |
Overview
The ASH Technologies AI100-055 is a high-precision digital industrial microscope engineered for demanding visual inspection, quality control, and metrology applications in electronics manufacturing, precision machining, PCB assembly, and medical device production. Unlike conventional stereo or compound microscopes, the AI100-055 integrates a fixed-focus, telecentric-corrected +10 PLAN 1× objective lens—designed to deliver exceptional field flatness (>95% planarity across the central imaging area) and minimal geometric distortion. This optical architecture is based on parfocal, infinity-corrected optics optimized for consistent magnification stability and depth-independent measurement fidelity. The system operates as a non-contact, real-time imaging platform, capturing high-resolution monochrome or color images at native sensor resolution without mechanical zoom or focus drift. Its solid-state design eliminates moving parts in the optical path, ensuring long-term calibration stability and repeatability required in regulated environments.
Key Features
- Optimized +10 PLAN 1× objective lens with >95% field flatness across central imaging zone—reducing edge distortion by up to 40% compared to standard achromatic lenses
- Dedicated digital imaging architecture: no eyepieces, no analog video output; native HDMI/USB3.0 digital interface for direct integration into factory automation systems
- Integrated LED illumination with adjustable intensity and uniform coaxial/cold-light ring lighting options for shadow-free surface contrast enhancement
- Robust aluminum alloy housing rated IP52 for resistance to dust ingress and incidental liquid exposure in controlled lab and cleanroom-adjacent production areas
- Parfocal lens mount compatible with ASH’s INSPEX 3 and OMNI 3 platform ecosystems—enabling standardized calibration workflows and interchangeable accessory modules (e.g., motorized Z-stage, polarization filters, spectral illuminators)
- Zero-drift thermal compensation design: lens barrel and sensor housing engineered to maintain optical alignment within ±0.5 µm over ambient temperature fluctuations from 15–30°C
Sample Compatibility & Compliance
The AI100-055 supports rigid and semi-rigid specimens up to 150 mm × 150 mm × 75 mm (W × D × H), including silicon wafers, solder-joint arrays, laser-marked components, thin-film coatings, and polymer-based medical substrates. It complies with ISO 10934-1:2004 (optical microscopy—nomenclature and terminology) and meets mechanical safety requirements per IEC 61000-6-2 (immunity) and IEC 61000-6-3 (emission). While not certified as a medical device under FDA 21 CFR Part 820, its image traceability, metadata logging, and audit-ready output formats align with GLP and GMP documentation practices for QC laboratories performing visual defect classification per ASTM E2714-22 (Standard Guide for Digital Microscopy in Nondestructive Evaluation).
Software & Data Management
The microscope interfaces natively with ASH VisionSuite™ v4.x—a Windows-based application supporting DICOM-compliant image export, multi-frame stitching, calibrated pixel-to-micron scaling (via NIST-traceable stage calibration), and automated defect flagging using configurable threshold-based region-of-interest (ROI) analysis. All captured images embed EXIF metadata including timestamp, lens ID, illumination settings, and user-defined annotation tags. Software logs full operational history—including acquisition parameters, user login events, and system health diagnostics—in encrypted SQLite databases compliant with FDA 21 CFR Part 11 requirements for electronic records and signatures when deployed with optional audit trail module.
Applications
- High-magnification solder joint inspection (IPC-A-610 Class 3 compliance verification)
- Surface finish evaluation of machined metal components (Ra < 0.8 µm detection limit)
- Micro-crack identification in transparent polymer films used in flexible displays
- Alignment verification of MEMS packaging substrates prior to hermetic sealing
- Documentation of coating delamination on orthopedic implant surfaces for regulatory submission packages
- In-process verification of laser etch depth consistency in semiconductor wafer marking
FAQ
Is the AI100-055 compatible with third-party machine vision software platforms?
Yes—it provides UVC-compliant USB3.0 video streaming and GenICam-compatible metadata access, enabling integration with HALCON, OpenCV-based custom tools, and Cognex VisionPro via standard SDK wrappers.
Does the +10 PLAN 1× lens require recalibration after routine cleaning?
No—its sealed, fixed-focus optical train eliminates collimation sensitivity; ASH recommends only dry-air lens cleaning and annual verification against NIST-traceable step gauges.
Can the AI100-055 be mounted on a motorized XYZ stage?
Yes—standard M4 threaded mounting holes and TTL-triggered synchronization ports support seamless integration with ASH’s MVS-200 series stages or third-party PI, Zaber, or Newport motion controllers.
What is the maximum working distance achievable with this configuration?
The +10 PLAN 1× lens maintains optimal resolution at a nominal working distance of 112 mm, with ±5 mm tolerance for focus margin across thermal and mechanical drift conditions.
Is remote operation supported for centralized lab management?
Yes—VisionSuite™ includes secure TLS-encrypted web API endpoints for remote image capture, parameter adjustment, and live streaming to authorized users within corporate intranets or validated cloud instances.
