Vaniman Master Problast Titan ESD Micro Abrasive Blaster

Vaniman Master Problast Titan ESD Micro-Abrasive Blaster

Large-chamber ESD-controlled removal for conformal coating & Parylene rework

The Vaniman Master Problast Titan ESD (P/N 80081) is the large-chamber micro-abrasive blasting system for electronics and electro-sensitive applications where additional working space is required.

The Titan ESD provides a grounded cabinet and work area with ionised airflow, allowing larger PCBs, fixtures and assemblies to be manipulated while carrying out controlled selective conformal coating and Parylene removal.

SCH supplies the complete process configuration including Master Problast Titan ESD equipment, StoneVac II dust collection, blasting media, application trials, consumables, spares, training and technical support. SCH also uses micro-abrasive removal within our own conformal coating and Parylene rework activities, providing practical process experience alongside equipment supply.

The Titan should normally be considered where the PCB, fixture or assembly cannot be comfortably manipulated within the smaller Master Problast 3 ESD chamber.

Vaniman Master Problast Titan ESD large-chamber micro-abrasive blaster for conformal coating and Parylene removal — Master Problast Titan ESD – large-chamber ESD-resistant micro-abrasive system for selective conformal coating and Parylene removal.

When Do I Need the Titan ESD?

The Master Problast Titan ESD is intended for applications where additional cabinet space is needed to position, rotate or manipulate the assembly during rework.

Internal working chamber: approximately 610 mm W × 864 mm D × 584 mm H
Large-format access: additional working space for oversized PCBs, fixtures and assemblies
ESD-resistant working environment: grounded cabinet/work area with ionised airflow
Three media tanks: allows different blasting-media configurations within the same machine
Dust collection: external dust collection is required; SCH’s standard configuration uses StoneVac II

Not sure which machine you need? Send SCH the maximum PCB, fixture or assembly dimensions and we can help determine whether the Master Problast 3 ESD or Titan ESD provides the appropriate working space.

View Master Problast 3 ESD →

Why Choose the Titan ESD?

✅ Large-chamber access – additional working space for oversized boards, fixtures and assemblies
✅ Selective electronics rework – controlled micro-abrasive removal around populated PCB assemblies
✅ ESD-resistant working environment – grounded cabinet/work area with ionised airflow
✅ Adjustable process pressure – blasting parameters can be developed around the coating, media and assembly
✅ Three media tanks – supports different media configurations within one machine
✅ LED and UV illumination – supports visibility during coating-removal work
✅ Instant-Off media control – media flow stops when the foot control is released
✅ External dust collection – SCH’s standard Titan configuration uses StoneVac II
✅ Complete SCH support – equipment, media, application trials, training, spares and technical assistance

Dust Collection

External dust collection should be connected to the Titan during micro-abrasive blasting. The dust collector removes spent blasting media and generated particulate from the cabinet and helps maintain visibility during the process.

SCH currently supplies the Vaniman StoneVac II as our standard dust-collection configuration for Titan conformal coating and Parylene rework systems.

Where additional media separation is useful, an Accumulator can be incorporated ahead of the dust collector to separate blasting media and particulate before it reaches the main collector filter.

Conformal Coating & Parylene Removal on Larger Assemblies

The Master Problast Titan ESD provides the same controlled micro-abrasive removal principle as the smaller Problast system while providing substantially more space for larger assemblies and fixtures.

Parylene rework – selectively expose components, connectors, pads, solder joints or localised board areas
Conformal coating rework – remove suitable Acrylic, Urethane, Silicone and Epoxy coatings for inspection, repair or component replacement
Selective access – expose test points, grounding areas and other defined locations
Oversized assemblies – additional room for fixtures and operator manipulation

The objective is controlled coating removal rather than maximum stripping speed. Media, blasting pressure, nozzle position, distance and operator technique should be matched to the coating and assembly.

SCH can carry out representative application trials where the optimum removal process has not yet been established.

Blasting Media for Electronics Rework

For many conformal coating and Parylene rework applications, SCH uses Vaniman VanAcrylic thermoset acrylic blasting media as the standard starting point.

VanAcrylic allows coating to be removed progressively rather than relying on highly aggressive blasting media. This provides greater process control when working around populated PCB assemblies, components and solder mask.

Faster removal is not necessarily better. The objective is to remove sufficient coating for the required repair or modification while minimising unnecessary impact on the underlying assembly.

The Titan’s three media tanks also allow alternative media to be configured where a different removal characteristic is required.

VanAcrylic thermoset acrylic media – SCH’s normal starting point for many conformal coating and Parylene applications
Sodium bicarbonate – available for applications requiring different removal behaviour
Aluminium oxide – a more abrasive option for suitable applications where greater removal intensity is appropriate
Other compatible media – selectable according to the coating, surface and required process behaviour

Media selection: process behaviour is influenced by media type and particle size together with blasting pressure, nozzle distance, angle and operator technique.

For more information, see our VanAcrylic blasting media guide →

Titan ESD – Site Requirements

Assembly space: confirm that the PCB, fixture or assembly can be comfortably positioned and manipulated within the Titan chamber
Compressed air: clean, dry regulated compressed air is required
Dust collection: external dust collection should be connected during operation; SCH’s standard configuration uses StoneVac II
Electrical supply: appropriate local electrical supply for the blaster and dust collector
Installation space: sufficient space should be allowed around the larger cabinet for operator access, dust collection and servicing

Planning an installation? Send SCH your assembly dimensions, fixture dimensions and available compressed-air details and we can review the proposed configuration before quotation.

Application Trials Before Equipment Purchase

Where the coating-removal process has not already been established, SCH can evaluate representative assemblies before equipment purchase.

Trials can help assess coating-removal behaviour, working access, media selection and practical starting parameters while also confirming whether the Titan provides the required working space.

This supports SCH’s preferred approach of evaluate → validate → standardise before transferring a process into regular production.

Training & Process Support

SCH provides practical training covering equipment operation, media selection, process control and coating-removal technique. Training can be adapted around the customer’s own coatings, assemblies and rework requirements.

Support can also include application trials, process development, consumables, replacement tips and ongoing equipment support.

Explore Training Programmes

Master Problast Titan ESD – FAQs

When should I choose the Titan ESD instead of the Master Problast 3 ESD?

Choose the Titan where the PCB, fixture or assembly cannot be comfortably manipulated within the smaller Master Problast 3 ESD chamber or where additional working access is required.

What is the Titan ESD working area?

The internal working chamber is approximately 610 mm wide × 864 mm deep × 584 mm high.

Is the Titan ESD designed for electro-sensitive electronics?

Yes. The Titan ESD incorporates a grounded cabinet/work area and ionised airflow to provide an ESD-resistant working environment.

Does the Titan require dust collection?

Dust collection should be connected during micro-abrasive blasting to remove spent media and generated particulate and maintain visibility in the cabinet. SCH’s standard Titan configuration uses the StoneVac II.

What does an Accumulator do?

An Accumulator can be installed ahead of the main dust collector to separate blasting media and particulate before it reaches the collector filter, helping reduce filter loading in suitable applications.

Which blasting media should I use?

SCH uses VanAcrylic as the normal starting point for many conformal coating and Parylene rework applications. Other compatible media can be considered where different removal behaviour is required.

Can the Titan ESD remove Parylene?

Yes. Micro-abrasive blasting can be used for selective Parylene removal where local areas, components, connectors, pads or solder joints need to be exposed.

Can it remove Acrylic, Urethane, Silicone and Epoxy coatings?

These coating types can be suitable for micro-abrasive removal, although behaviour varies with the material, thickness and assembly. Representative trials are recommended where the process has not already been established.

Can SCH confirm whether my assembly will fit?

Yes. Send SCH the maximum dimensions of the PCB, fixture or assembly and we can help determine whether the Master Problast 3 ESD or Titan ESD provides appropriate working access.

Can SCH carry out a trial before I purchase?

Yes. SCH can evaluate representative coated assemblies to help establish media, process settings and practical removal behaviour before equipment purchase.

Does SCH provide training?

Yes. SCH provides practical equipment and process training covering machine operation, media selection, process control and coating-removal technique.

Request a Master Problast Titan ESD Quotation

The Titan ESD is intended for larger electronic assemblies and fixtures where the Master Problast 3 ESD does not provide sufficient working access.

To help us confirm the appropriate system, send your maximum PCB and fixture dimensions, coating type if known, area requiring removal and details of your available compressed-air supply.

Request a Titan Quote or Application Trial

Useful Links

Why Choose SCH for Vaniman Titan?

SCH combines Vaniman equipment supply with practical conformal coating and Parylene rework experience. This allows us to support the removal process as a whole rather than simply supplying a blasting cabinet.

🛠️ Practical Rework Experience – Hands-on experience with selective coating removal on electronic assemblies
📐 System Selection – Help deciding whether Problast 3 ESD or Titan ESD provides the required working space
🧪 Application Trials – Representative assemblies can be evaluated before equipment purchase
⚙️ Complete Configuration – Titan equipment, StoneVac II dust collection, blasting media, tips and spares
🎓 Training & Process Support – Practical support establishing removal parameters and operator technique
🔄 Ongoing Support – Consumables, replacement parts and troubleshooting after installation

📞 Call: +44 (0)1226 249019 | ✉ Email: sales@schservices.com | 💬 Contact Us ›

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Disclaimer: Coating-removal results depend on the coating material, thickness, PCB construction, components, substrate, blasting media and process parameters. Representative testing should be carried out before adopting a removal process for production assemblies. The Master Problast Titan ESD requires appropriate compressed air and dust collection and should be installed and operated in accordance with Vaniman instructions and applicable workplace requirements.

Conformal Coating UK