בקרת איכות אוטומטית | מכונת בדיקה

A quality check machine is an automated system designed to objectively verify that your product meets all specified criteria before it reaches the customer. We integrate a wide range of testing technologies—from machine vision and laser gauging to force sensing and leak testing—into a single, reliable station that performs 100% inspection at production speed.

Manual inspection is subjective and simply not feasible for 100% of products in a modern production environment. Our automated quality check machines replace human error with machine precision and data. We don't just sell a technology; we engineer a complete solution. We analyze your quality requirements, select the right combination of sensors and inspection methods, and build a robust machine to execute the tests. Crucially, our systems provide full data traceability, logging the results of every test for every unique serial number, providing invaluable data for process improvement and quality assurance records.

Vision Inspection: Defect detection, presence/absence, OCR/OCV, color verification, assembly checks.
Dimensional Metrology: Non-contact (laser, 3D scanners) and contact (LVDT probes) gauging.
Physical Testing: Leak & flow testing (pressure decay), torque testing, force measurement (press-fit).
Electrical Testing: Continuity, resistance, insulation (Hipot), functional tests.
Detection: Metal detection, X-ray inspection (for contaminants or internal defects).

What to Check: What specific quality parameters must be verified?
The Criteria: What are the exact pass/fail criteria for each check (e.g., "leak rate < 1 cc/min")?
The Product: Provide drawings and samples of the product to be tested.
The Line: Is this an in-line or off-line station? What is the cycle time?

Material option A SS304

Material option B SS316

Finish Brushed\Polished

Dimensions Custom made design and built by your requirements

SEO Canonical Download

SEO Meta Title Automated Quality Check Machines | In-Line Testing & Inspection

SEO Description We build custom, turnkey quality check machines that integrate vision, laser, leak, force, and electrical testing for 100% in-process or end-of-line inspection. Ensure zero defects.

More Information

FAQ -

Q1: What is the difference between "in-line" and "off-line" quality checks?
A1: In-line testing inspects 100% of products as they move along the production line, providing immediate feedback and preventing the creation of large batches of defective products. Off-line testing is used for auditing a sample of products, often involving more complex or destructive tests that are too slow for the main line.
Q2: Can you provide traceability? Can we know the test results for a specific serial number years later?
A2: Yes, this is a core capability of our systems. Each product is identified (e.g., by scanning a barcode), and all of its test results, measurements, and pass/fail status are logged into a database linked to its unique serial number. This creates a permanent quality record for every unit produced.
Q3: How does the machine handle a part that fails a test?
A3: Failed parts are automatically and unambiguously segregated. The system can divert the part to a locked reject bin, apply a physical mark, or stop the line and require operator intervention. This "positive rejection" ensures a defective product cannot accidentally proceed.
Q4: We need to comply with a specific industry standard (e.g., for medical or automotive). Can your systems be validated?
A4: Absolutely. We have extensive experience building systems for regulated industries. We design the machine and its controls according to the required standards (like GAMP 5) and provide a comprehensive documentation package (IQ/OQ protocols) to support your formal validation process.
Q5: My quality check seems subjective, based on "look and feel". Can that be automated?
A5: Often, yes. What seems subjective can usually be quantified. A "good feel" of a button press can be translated into a precise force-displacement curve measured by a sensor. A "good look" of a surface finish can be analyzed by an AI-powered vision system trained with examples of good and bad parts. Part of our job is to translate human perception into objective, machine-based tests.

Automated Test, Inspection & Quality Control Systems

More Information