TSM has over 45 years of experience in providing plastic producers in blown with world class Automatic Air Ring & Gauging Systems. As an innovative firm, TSM deliversthe most critical solutions for blown film extrusion. At each stage, TSM Automatic Air Rings & Gauging Systems provide world class automation solutions, allowing for fully controlled results.
Automatic Air Rings & Gauging Systems
TSM is one of the world’s leadingproviders of Automatic Air Rings & Gauging Systemsfor plastic processes, particularly within Blown Film. Our range of Auto gauging & automatic Air Rings are developed from substantial fluidic studies, practical tests along with the most important factor, customer input. Features of our systems include:
Improved process stability in both MD (machine direction) & CD (cross direction)
Reduction in material costs/ increased material savings
Increase production output by minimum 10%.
Easy access for maintenance
Material usage statistics
Traceability and reporting of all production data
Single, intuitive user interface
Multiple communication protocols
Our Range of Automatic Air Rings & Gauging Systems
Applications of our Automatic Air Rings & Gauging Systemsfor Plastics
TSMs full range of Automatic Air Rings & Gauging Systems is designed specifically for Blown Film applications. No matter the equipment TSM have the solution for your business needs. Majority of our systems can be customized depending on your specification and what is great about our products is, they are easily installed, robust in design and manufacturing and allow for both manual and automatic handling needs.Follow your application below to avail of other TSM products.
Why Choose TSM Control Systems as your Automatic Air Rings & Gauging SystemsProvider
There is a reason why TSM are the world’s leading Automatic Air Rings & Gauging Systems provider. For over 45 years, TSMs product ranges have evolved, to meet the growing needs of plastics processors across the world. Offering constant reliability, precision, and process control, our clients enjoy confidence when working with us.
Our projects are always on time and within cost, we provide exclusive support on all fronts; ensuring all parties are fully informed and the dialogue of communication is always live. We look at the bigger picture and it is this, why we take a collaborative and responsive approach to all business cases.
FAQs
What causes the bubble to pulse or shake (wobble)?
Wobble is typically caused by instability in cooling symmetry, internal pressure control, frost line instability, output fluctuations, resin variability, or mechanical factors (die/air ring alignment, cage contact, haul-off issues). If you share what changes trigger it (speed increases, resin changes, temperature shifts), TSM can help pinpoint the likely cause.
How do air ring adjustments reduce thickness variations?
Air ring adjustments change local cooling intensity around the die circumference. By redistributing airflow across zones, you can correct thick/thin areas, improving CD profile and film uniformity. In automatic systems this happens continuously using measured profile feedback.
Do I need IBC to run an automatic air ring system?
Not always. Many lines benefit from IBC for stability and cooling efficiency, but whether it’s required depends on output targets, resin, die size and current bubble stability. Provide your current setup and TSM will recommend whether IBC is necessary.
How does frost line height affect bubble stability and thickness control?
Frost line height and stability affect how consistently the polymer solidifies; instability can increase thickness variation and bubble movement. Stabilizing the frost line often improves gauge consistency and runnability. TSM can advise based on resin, output and cooling constraints.
Why does cooling airflow affect film flatness and width variations?
Uneven cooling changes shrink behavior and bubble geometry, which can cause layflat drift, width variation, wrinkles and flatness issues. Correct airflow symmetry and stable bubble conditions help maintain consistent width and better reel geometry.
Does operator skill still matter with automatic control?
Yes, automatic control reduces manual tuning and improves repeatability, but correct setup, recipe management and process discipline still matter. TSM commissioning/training helps standardize performance across shifts.
Can I run barrier film or high-output LLDPE reliably with auto control?
Often yes, but suitability depends on film structure, cooling limits, measurement choice, and stability measures. Share your layer stack and output target and TSM will confirm the recommended configuration.
How does an automatic air ring actually control thickness?
TSM’s approach measures the thickness profile (contact or non-contact), maps that profile to control zones, and automatically adjusts cooling air volume in those zones to correct deviations and achieve a more uniform thickness around the bubble.
Can auto gauge control be retrofitted to an existing blown film line?
In many cases, yes. Retrofit feasibility depends on mechanical fit, measurement mounting, control integration and available space around the bubble/cage. Send layout photos and die size and TSM will assess feasibility.
What throughput increase can I expect after upgrading to automatic control?
This is application-dependent and constrained by cooling capacity and stability. TSM literature references production increases in the 10–20% range for certain bubble control/cooling upgrades where cooling/stability is the bottleneck. Share your current output limit (what stops you going faster) and TSM will advise realistic improvement.
Can the system be used on 3-layer, 5-layer or 7-layer lines, mono layer and ABA etc.?
Yes, in many cases, but exact suitability depends on the diet, measurement/control approach, and stability constraints. Share your layer structure and targets and TSM will recommend the correct system configuration.
Will it work with recycled content, PCR or bio-resins?
Often yes, and automation can help stabilize thickness/profile when resin properties vary. However, very high variability may require additional stability measures and tuning. Sharing PCR/bio %, resin family and observed instability and TSM will confirm the best approach.
Can you integrate with existing drives, haul-off, extruders and supervisory controls?
Yes, integration is commonly achievable via standard industrial communications but depends on your control architecture and the level of coordination required. Send your PLC/drive list and supervisory system details and TSM will confirm integration options.
