PostPro SB MAX

Large-format surface finishing system

The PostPro SB MAX is a state-of-the-art automated surface finishing system designed to enhance the quality of 3D printed parts through advanced chemical vapor smoothing technology.

Johann Pfeifer Account Manager

The PostPro SB MAX can effectively smooth and seal large components, greatly enhancing their mechanical qualities and visual attractiveness, thanks to its roomy 96-liter processing chamber. In addition to improving the surface finish, this technology guarantees that the parts are airtight and watertight, which makes them appropriate for a variety of uses in sectors like consumer goods, automotive, and aerospace. SLS, SAF™ and MJF are a few of the 3D printing processes that the PostPro SB MAX easily interfaces with, enabling manufacturers to optimize their post-processing operations and produce consistent results across a range of materials.

The PostPro SB MAX's ability to provide users with exact control over the smoothing process, enables them to obtain unique surface finishes that meet their needs, is one of its most notable characteristics. By using proprietary software, the system ensures reproducible results with little user intervention by enabling operators to establish and store specific recipes for various materials and geometries. In addition to lowering labor costs related to conventional finishing techniques, this degree of automation increases productivity by allowing manufacturers to handle several pieces at once. Maintaining high standards of quality in production requires quick modifications and real-time monitoring of the smoothing process, which is made possible by the user-friendly interface.

Technical specifications:

Processing Belt Dimensions: Ø590 x 770 mm

Processing Belt Volume: 63 liters

Processing Belt Maximum Load: 30 kg

Blast Guns:Triple Ø8 mm nozzle

Individual offer

Advantages

Continuous Tumble Belt Technology

Continuous tumble belt technology, used by the PostPro SB MAX, is crucial for optimizing throughput and efficiency when post-processing 3D printed components. Every surface is evenly exposed to the blasting powder thanks to this creative design, which enables components to be processed in a dynamic, rolling motion. The system can handle huge batches or sizable components at once thanks to its substantial 63-liter processing volume, which drastically cuts down on cycle times when compared to static systems. It is perfect for high-volume production settings because of its continuous motion, which not only increases cleaning efficiency but also guarantees that parts are completely depowdered and polished.

Versatile Media Compatibility

The PostPro SB MAX's ability to work with a variety of blasting media, such as glass beads, corundum, and plastic materials, is one of its best qualities. Because of its adaptability, producers can customize the surface finishing procedure to meet the needs of certain materials and desired surface properties. Users can tailor the cleaning process for different applications by switching between several types of media, whether they require a more aggressive treatment for tough components or a gentle finish for delicate parts. This adaptability supports a wide range of applications in sectors like consumer products, automotive, and aerospace and improves operational efficiency.

Ergonomic Design and User-Friendly Interface

Usability and operator comfort were key considerations in the design of the PostPro SB MAX. Its ergonomic front-loading design reduces physical strain while operating by enabling operators to load and unload parts at a comfortable working height. Operators can easily set up and monitor the blasting process because to the user-friendly touchscreen interface, which makes navigating through different settings and parameters easier. New operators need less training time thanks to this user-friendly design, which also lowers the possibility of operational errors. Additionally, real-time monitoring features give customers instant feedback on operating condition, enabling them to enhance performance by making appropriate adjustments.

Advanced Dust Management System

The PostPro SB MAX's sophisticated dust management system, which efficiently collects and confines particulate matter produced during the blasting process, is a key component. While improving visibility while in use, this technology guarantees that the working environment for operators stays hygienic and secure. This function reduces the possible health concerns connected with airborne particles and promotes a healthier work environment by reducing dust accumulation within the chamber. In addition to increasing operational effectiveness, effective dust management also complies with workplace safety best practices, guaranteeing a safer working environment for those engaged in post-processing operations.

Ionization Unit for Static Charge Reduction

An ionization unit built into the PostPro SB MAX is essential to guaranteeing that parts come out of processing dust-free. This machine successfully neutralizes static charges by producing ionized air while in operation because static energy can draw small powder particles back onto surfaces that have been cleaned. The ionization unit improves cleaning effectiveness and guarantees that components are prepared for immediate use or extra post-processing procedures without the need for additional cleaning by removing static buildup. In sectors where surface integrity is essential to product performance, this trait is very beneficial.

Quick-Clean Maintenance Features

The PostPro SB MAX was designed with ease of use in mind, and it has quick-clean maintenance features that make it simple to remove waste from the system. Operators can effectively remove accumulated dust and powder without making a mess or coming into contact with potentially dangerous chemicals thanks to the sealed dust container. By guaranteeing that contaminants are safely contained throughout maintenance procedures, this useful design creates a safer working environment. These quick-clean capabilities enable compliance with health and safety laws in manufacturing environments and improve overall operational efficiency by streamlining waste management procedures and decreasing downtime related to cleaning and maintenance.