The detection of missing, damaged and/or incorrect contents in the cells of blister packages is an important step in assuring the quality of finished goods. Our Blister Inspection systems offer detection of chipped tablets, trapped chips or missing tablets within multi-line seal packages.
The inspection system allows for the following error detections:
. Correctness of the product's surface (such as fragments or overfill)
. Blister status vis a vis missing product
. Correct form of a product
. Presence of foreign objects
. Extra products or fragments outside the pocket
. Wrong position of the products
Once an error or deviation is detected the faulty blister packs are automatically rejected. The inspection systems can detect even the smallest errors or full form defects at full production speed.
The pharmaceutical industry is facing an ever-increasing competitive arena. The challenges of competitive manufacturing have thrown up diverse challenges of high performance for large batches on one hand, to increasingly diverse articles in smaller quantities and country-specific packaging in the other.
Our Pharmacode inspection systems comprehensively verify the printed Pharmacode, and upon verification will decode the information providing comprehensive production statistics, and subsequently storing it for future reference.
The system can evaluate single and multi-colored Pharmacode instances using a smart camera-based system with onboard processor and controllers. Its compact design is easy to mount in various tight spots. It can decode both Standard and miniature Pharmacodes. Users can connect numerous scanners to the vision controller.
The system inspects Pharmacode on:
• Cartons
• Aluminum Lidding foil
• Leaflets
• Labels
• Tubes, etc. top
2D MATRIX CODE INSPECTION
Your inventory is important which is why traceability of components has become a major focus for quality and inspection purposes. An advancement in traceability and part marking is 2D symbology, a marking method that can hold much more information than the traditional bar code marking. TIVS 2D Matrix Code Inspection systems helps verify the printed Data Matrix code and then decodes the information and accordingly stores it for future reference.
The system features a fully automatic reader of 2D data matrix codes. It recognizes a symbol of any size, contrast, location and orientation within a single operation.
VIAL AND AMPOULE INSPECTION SYSTEMS developed by the TIVS is a comprehensive inspection solution for dimensional measurements in VIALS and Color Coding identification for AMPOULES. The Inspection system is compact in design and can be easily integrated into existing production lines. The system is programmed to identify common faults emanating from the production and automatically reject the defective components.
Highlights of the system
• Designed to work in the industrial environment.
• Can be easily integrated into the existing machinery.
• Easy menu based programming. Doesn’t require knowledge of programming languages like C or C++
• Faster System Integration leading to Faster ROI.
• Optional data Capturing system to store and report shift wise data.
Standard Solution Offering
The solution offering are strategically designed to suit the industry needs.
The system comprises of the following stations:
• Single / Dual Inspection station
• Single / Double High speed Vision Capturing & processing System
• Single / Double High speed Strobe controlled Lighting system.
• LCD monitor for process monitoring
• Programming console
• High speed rejection system response time as low as 3msec.
• PLC based control Station.
• Complete mounting accessories.
• Automatic feeder to feed samples to a linear conveyor.
• Inspection station for inspection of various defects.
• Pneumatic Rejection Station for rejecting the defective samples.
Optional:
Data collection terminal to capture and store shift wise statistical information. The standard reporting features include:
a. Total Components inspected
b. Total Components rejected
c. Rejected components tabulated fault wise.
d. Graphs and trends to show the performance of the system.
