Vision for quality control
Adapt models to surface defects, missing parts or assembly differences. Evaluate images captured on your line.
Industries / 05 / Industry and science
Industry and manufacturing
Computer vision for quality control, machine time series forecasting and maintenance instruction retrieval. Work with images of your parts and data from your line.
Connect results to your MES, CMMS or ERP through the integration your plant needs.
Computer vision and automation
Choose a measurable task on your line and a model suited to its data.
Adapt models to surface defects, missing parts or assembly differences. Evaluate images captured on your line.
Evaluate temperature, consumption or load forecasts. Combine history and operating rules to investigate deviations.
Query the right equipment manual and version. Retrieve instructions, spare-part references and procedures to support the technician.
Extract fields from orders, records and inspection reports. Link batch, equipment and date before sending them to plant systems.
With QDivZero / Industry and manufacturing
Supply images, history or manuals according to the task. Evaluate a compatible model and connect outputs to the part, equipment or batch record; your workflow defines validation and review.
Open-weight / Industry and manufacturing
DINOv2 as an adapted visual basis, Docling for pages and embeddings for manuals. TimesFM 3.0 is a time series research reference; its current weights have a non-commercial, non-production licence.
Visual features
Extract image features as a basis for a classifier or detector adapted to your parts.
Hugging Face referenceView modelTime series forecasting
Google model for univariate and multivariate forecasting with covariates. Weights have a non-commercial, non-production licence.
Non-commercial research · no production useView modelDocument conversion
For converting work records, tables and inspection reports into a processable structure.
Hugging Face referenceView modelEmbeddings
For retrieving manuals and procedures by equipment, site and version.
View modelIndustry and manufacturing
DINOv2 Base extracts visual features and does not include a head trained for your defects. You can use it as a basis for an adapted classifier or system. You need representative images, categories and end-to-end evaluation before deciding how to use results on the line.
Collect correct parts and examples of the defects you want to distinguish under production lighting and framing. Separate evaluation data by relevant batches or conditions. Include difficult cases to check errors and define which results need workflow review.
Define the variable, frequency and horizon, then use held-out data to compare forecasts. TimesFM 3.0 is a research reference with non-commercial, non-production weights. Operational integration or maintenance decisions require a licence permitting that use and a compatible deployment.
Index manuals and procedures with equipment model, site and version. Filter by those identifiers before retrieving instructions and show source references. You can connect the query to the CMMS to supply context from the technician’s work order.
Define fields such as batch, equipment, operation and date, and retain the source document. Your application validates structure and values before using the destination system’s interfaces. Incomplete or ambiguous outputs can follow a team review route.
First define a task, its inputs and processing volume. Cost combines data preparation, integration and inference; capture conditions also matter for vision. Test one production line or product family to size resources using representative examples.
A general model can help explore descriptions and visual questions. If you need specific defect categories, localisation or measurements, evaluate a specialist architecture. Compare its outputs with production images and deploy a compatible custom model when it fits the task.
Your application can organise images into batches and request inference at the workflow’s pace. Define delivery times, part identification and error handling. If inspection must respond during production, separately evaluate the latency that stage can tolerate.
Measure task-related results: errors by category, reviews required or time to find an instruction. Compare with the current process and include difficult cases. End-to-end evaluation should consider capture, integration and use of the result alongside the model response.
Evaluate a pilot with plant data and an output you can compare with the current process.