Blast it - Import export

Blasting is a structure-generating process for matt or satin-gloss surface structures. Small surface imperfections in the material can be concealed by the abrasive effect of stainless steel balls, which hit the material with the help of air pressure. Hand blast cabinet MHG Maximum measurements 2000 x 1000 x 1000 mm Blast cabinet Maximum measurements 400 x 400 x 200 mm

• Small required space • Integration in injection molding machines, especially for in-mold-decoration • Easy installation on robots, linear axle and brackets • Separate 24V control of compressed air and CO2 • Liquid CO2 supply with CO2 cylinder bundles including dip tube or CO2 tanks • Short response time due to additional CO2 valve on the nozzle • Automated cleaning of injection molds, metal and plastic parts

• Smallest and lightest CO2 blasting machine of the world • Compressed air consumption maximum 250 l/min • CO2 consumption maximum 0.08 kg/min • Powerful • No power supply necessary, as driven pneumatically • Maintenance-free • For cleaning of soot, flux residues, semiconductors, electrical components, ...

• For large surface cleaning • For stubborn contaminations • Very efficient production of CO2 snow particles • Gentle apportioning in compressed air • For manual blasting operations • Adaptable for use with every type of robot • No build up of ice, as thermally insulated • With CO2 quantity controller

• Extreme low consumption • For difficult to access and delicate parts • For automated blasting operations • Adaptable for use with every type of robot • No build up of ice, as thermally insulated • With CO2 quantity controller

• Special sound insulation to less then 80 dB(A) • For manual blasting of small components, tools etc. • Exhaust system with filter, silencer and fan incl. • Connectable to every exhaust system • The blasting pistol can be used manually or mounted to the cabin (via foot switch)

• Control cabinet with process control, inspection and monitoring for automated applications • Integrated control and safety components • Simple, ergonomic operation • For use with stationary CO2 tank (or bundles) • Modular construction, design according to customer requirements

• Extreme low consumption • For difficult to access and delicate parts • For manual blasting operations • Adaptable for use with every type of robot • No build up of ice, as thermally insulated • With CO2 quantity controller

• For large surfaces and stubborn contaminations • Powerful round nozzles • Flat nozzles with blasting widths of up to 100 mm (4") • Available as Desktop and Trolley • No power supply, as driven pneumatically

• Optimum handling by compact design • Very low consumption • For difficult to access operations • Small and powerful • No power supply necessary, as driven pneumatically • Maintenance-free • For cleaning injection molds, devices, small components, printed circuit boards, ...

• Transport of CO2 snow blasting machine SJ-10 and CO2 cylinder • Cleaning of polished and eroded surfaces without damage • Application without cooling and disassembly direct on machines • Very smooth operation • For frequently changing locations • Easy replacement of CO2 cylinder with loading ramp • Additional storage space for hoses and accessories • Usable with small and large CO2 cylinders

Surface treatment applications are very demanding. ASP has developed a range of original and efficient solutions in response to these processes. Made of coated fabric or rubber-based material, ASP covers are always the ideal answer to your robot protection requirements.

These parts are use for furniture fittings.

These parts are made by aluminum,after machining by CNC milling, then process the sand blasting and anodize.

• Especially for automized applications • Very short, compact design, overall length including short flat nozzle 361 mm (14.2") • Installable as extension of the last axis of the robot • Overall weight including short flat nozzle 2.7 kg (6.0 lb) • No water condensation due to thermal insulation • Process reliable and wearless in permanent operation • Jetting width up to 125 mm (4.9") • For the cleaning of big surfaces in pretreatment before painting • For use with different nozzles

This high performance computer-controlled machine provides maximum economic efficiency at treatment of big batch volumes at high throughput! The comfortable operator features on newest level leave no wish unfulfilled: touchscreen operation, USB/SSD hard disk, network connection (support via internet), recipes memory, user management, logging/documentation/traceability and optional barcode scanner/ID key. At any time, this machine is ready for upgrade to automated application, from the automatic loading & deloading of the machine up to a complete full automated feeding & forwarding system. For industry 4.0 demands, the E90 is best prepared. Standardwise, a monitoring of the processing data via network is possible also from an external working place. On option, the control via OPC-UA server is possible, too. Furthermore, this machine is able to perform cryogenic deburring without need of blasting media (drum-only deflashing), suitable for special applications only.

This high performance computer-controlled machine is the optimal solution for mid-sized batch demands at fast throughput times! The E 40 is, like any of our machines, designed for high performance at low consumption of nitrogen, blasting media and electric energy. The comfortable operator features on newest level leave no wish unfulfilled: touchscreen operation, USB/SSD hard disk, network connection (support via internet), recipes memory, user management, logging/documentation/traceability and optional barcode scanner/ID key. For industry 4.0 demands, the E40 is best prepared. Standardwise, a monitoring of the processing data via network is possible also from an external working place. On option, the control OPC-UA server is possible, too. Furthermore, this machine is able to perform cryogenic deburring without need of blasting media (drum only deflashing), suitable for special applications only. mid-sized batches > fast throughput times > E40

• Heats up the compressed air up to 100 °C (212 °F) • Total avoidance of condensation • Simple and accurate temperature control • Easy to fix on control unit • Also suitable for dry ice blasting machines with CO2 pellets • For the cleaning of switch cabinets, thin metal sheets, electronic components

• For automized applications • CO2 consumption is controlled by pressure and temperature • Compact design, overall length 134 mm (5.3") • Customer-specific robot adapter • Weight without robot adapter 3.9 kg (8.7 lb) • No water condensation due to high efficient thermal insulation • Process reliable and maintenance-free in permanent operation • Cleaning width 200 mm (7.8")

• Especially for automized applications • Very short, compact design, overall length including short flat nozzle 330 mm (13") • Installable as extension of the last axis of the robot • Overall weight including short flat nozzle 2 kg (4.4 lb) • No water condensation due to thermal insulation • Process reliable and wearless in permanent operation • Jetting width up to 125 mm (4.9") • For the cleaning of big surfaces in pretreatment before painting • For use with different nozzles

In the cryogenic blasting process, an enrichment of rubber and plastic waste powder takes place due to fine abrasion during the treatment procedure. Thus the performance and processing time of the blasting-media will deteriorate and decrease its jet-energy. In our cryognic deflashing machines, the blasting-media is primary screened by the treatment drum perforation, however, after a long operating time the amount of rubber and plastic waste powder increases. In order to guarantee a constant, statistically secure and economic processing, this powder has to be removed periodically from the blasting-media. Our automatically working blasting-media recovery machine consists of a suction & drying system and a vibrating-screen unit. The used blasting-media has to be aspirated manually from the deflashing machine. The drying of the polluted wet and cold media takes place in the suction tank and the cleaning by screening with final separation into waste powder, waste media & re-usable media,

If a commercial product does not meet the market demands, our Customized Air Cooler product line offers a design-to order process, with your application needs as the starting point. We optimize the total quotation process and tailor our manufacturing to fulfil your requirements. We start with the widest possible product portfolio, offered in our selection software. Our Sales teams can provide non-standard, design-to-order, industrial or OEM solutions. It is a critical feature of our quotation and manufacturing process that we check the design at the earliest opportunity to avoid risk.

Made in Germany Description - Suitable for use as a coal injection hose in steelworks or for other abrasive transport media - The high abrasion-resistant inner layer of polyurethane rubber, withstands the largest burdens - The plies of rubber, glass fiber and stainless steel provide a long service life and a high reliability under extreme operating conditions - Highest resistance to radiant heat and flames Tube - Black, high abrasion resistant inner layer of polyurethane rubber - Suitable for fine and abrasive products Reinforcement - Braided reinforcement in stainless steel (1.4401 / AISI 316) - Heat protection plies in braided glass fiber - Several intermediate layers - ND125: Reinforcement of fabric plies Cover - EPDM outer layer, black, antistatic (R < 10^6 Ω), fabric textured, flame retardant and self-extinguishing, resistant to abrasion, ozone, weather and high temperatures - ND125: CR outer layer, black

Made in Germany IBK blast furnace hoses were developed in collaboration with the steel industry. The special structure lends our hoses great reliability under demanding conditions of use. Description - Developed for high-temperature load - Ideal cooling water hose for use at blast furnace - The plies of rubber, glass fiber and stainless steel provide a long service life and a high reliability under extreme operating conditions - Highest resistance to radiant heat and flames, confirmed by TÜV NORD Tube - Black smooth extruded inner layer of EPDM - Suitable for treaded and not treaded cooling water - Electrically conductive (R < 10^6 Ω) Reinforcement - Braided reinforcement in stainless steel (1.4401 / AISI 316) - Heat protection plies in braided glass fiber - Several intermediate layers Cover - EPDM outer layer, black, antistatic (R < 10^6 Ω), fabric textured, flame retardant and self-extinguishing, resistant to abrasion, ozone, weather and high temperatures

Continuous blasting – Excellent, highly automated processing The selected blasting medium is directed towards your workpieces at high speed using blast wheels. This ensures high blasting performance and optimum use of energy. Using this technology in a continuous process offers several advantages over batch processing: — Continuous workpiece feeding — Easy to integrate into production processes — Simplified parts flow That is why our continuous belt blasting units are frequently used to replace conventional batch systems. With their easy workpiece handling and excellent blasting results, they are even used as replacements for suspended-line systems.

Beam machine for irradiating a glass sheet conveyor belt Transport device supporting roller guide, motor nozzle movement, infinitely variable, attached dust filter system and electronic Control. Max. Lens height for automatically rays 1.200 mm Max. Lens height for manually rays 1.500 mm

The filter housing is made of sturdy steel plate with a reinforcement of structural steel frame. Equipped with inlet and outlet openings for the dusty or filtered air. The inspection cap is used to control the automatic filter and has a flap for access to the built-in filter cartridges. These are made of folded polyester material having a filter area of each of 8 and 14 m². Provided with upper and lower reinforcing rings of plastics material for fastening in the holders. The dust drawer is equipped with wheels, allowing easy extraction during disposal of the dust. The centrifugal fan with a flanged electric motor and the fan / motor unit is built up in the filter housing - the motor is bolted with its flanges on the filter housing and surrounded by the sound enclosure.

The injector-glass-blasting cabin is operated by hand with a gun. A blast-collecting collector ensures a smooth blasting circuit within the system. With the help of roller rails, as well as through-slots (on the side and in the roof surface with special brushes against the penetration of dust), surface treatment of glass panes is easy. On the front side there is an easy-open loading door for radiating hollow glass bodies. A work grate and two shock-proof long-field lamps (for glare-free illumination of the blasting chamber) guarantee a smooth workflow. The foot switch as well as the drain cup on the blasting agent funnel, an attached control box with pressure reducing valve and pressure gauge, motor protection switch, on / off button, solenoid valve, control lights, switches for interior lighting, main switch, emergency stop switch and support control ensure uncomplicated operation.

The housing is made of folded stable sheet steel and welded. In the cabins 2 workports with built-in rubber sleeves (easily exchangeable) are incorporated. The cabin is equipped with a blast hose, nozzle holder and nozzle 1 made of hard metal. For the different requirements are made of hard metal nozzle with a diameter of 0.8 mm, 1.0 mm or 1.2 mm for selection. All blasting medium-pressure vessel (1 - 3 Tank System) have a volume of 2 kg and provided with a closure cap. In all systems, a pressure reducing valve and a pressure gauge for setting a constant jet pressure, and compressed air supply are fitted with plug-in nipple. All systems are equipped with a pneumatic foot switch for turning on and displaying the blasting process.