Hot Forming Machine

ROBOGLASS is used for glass tube loading on machines with continuous or indexed rotary movement. ROBOGLASS runs its loading cycle in the following steps: loading of tubes in the deposit, picking of the single tube, lifting up to the correct height, tube gripping and overturning to loading position, tube loading into supporting system in pre-loading position and, after, in loading position.The equipment works through pneumatic actuators managed by PLC synchronizing their movements.Suitable to be connected with all OCMI forming machines for ampoules, vials, droppers and cartridges. Tubes deposit The loading area is composed of two loading supports where the operator can rest the bundle of tubes to be inserted into loader deposit. The loader deposit is prepared to hold the tubes that are waiting to be picked up by the separator. It can be closed by a pneumatically controlled upper door. Lifting mechanism A pneumatically controlled tubes separator picks the single tube from the bundle and takes it into the lifting position. The lifting system, working through a pneumatic piston, allows to bring the tube up to the loading height. Loading area Placed on the top of the loader, it consists in a robot including pneumatic actuators with the function of rotating the tube and positioning it in the tubes supporting crown. It's equipped with a sensor detecting the missing tube in the loading position. The loading arms are pneumatically controlled for the tube positioning in the pre-loading position and, finally, in the loading position. Tubes supporting crown The tube supporting system is made of three series of shaped crowns. The upper two are equipped with gripping chucks while the lower one holds the reductions and loading stations for the tube flowing into the chucks.

Our company has gained immense accolades in the field of offering Elbow Hot Forming Machine to the clients. This product is manufactured using qualitative raw material and contemporary technology as per the standards laid down by the industry. Elbow Hot Forming Machine is stringently checked by the quality auditors on well defined parameters. Features: Long service lifeRobust constructionEasy to install

Automation is specially useful handling hot heavy components in harsh environments like Forging and Casting shops. PARI automates various forging, casting, pressure die casting and moulding processes including allied activities like die spraying, inserts loading, deflashing and degating.

Hot forming, on the other hand, is done using 3 stations Hatebur automatic hot former with high part output up to 125 parts per minute. In addition, we have installed a 3-station fully automated 1600 T hot/warm Forging Press from Kurimoto, Japan. This highly sophisticated and automated line is capable of producing various hot and warm forging components at a productivity of 20 parts per minute. It is backed by provisions like auto- transfer, auto- lubrication, quick die changer etc.

Hot forming, on the other hand, is done using 3 stations Hatebur automatic hot former with high part output up to 125 parts per minute. In addition, we have installed a 3-station fully automated 1600 T hot/warm Forging Press from Kurimoto, Japan. This highly sophisticated and automated line is capable of producing various hot and warm forging components at a productivity of 20 parts per minute. It is backed by provisions like auto- transfer, auto- lubrication, quick die changer etc.

Hot Forming

Infrastructure - Hot Forming

Hot Forming Machine

Hot forming

In Hot Forming, the metal is heated until its forming temperature. Less press capacity is needed to hot form a given shape than to cold form it. However the press, dies, must withstand high temperature. Hot sizing is used to correct inaccuracies in shape and dimensions in cold preformed parts. Hot sizing uses the creep-forming principle to force irregularly shaped parts to assume the correct shape against a heated die by the controlled application of horizontal and vertical forces over a period of time. Buckles and wrinkles can be removed from performs in this way. These processes are well-adapted to titanium alloys, nickel and iron-based superalloys. In these two processes, the sheet is placed between a punch and a die. Forming may be achieved under neutral gas to prevent scaling, embritlement&oxydation. Typical titanium alloys applications Civil aircrafts : hot parts around engines or handling hot air (pylon panels, nacelle panels, piping components)Military aircrafts: hot parts around engines : heat shields ...Engines : jet engine components : air intake, compressor partsSpace : miscellaneous applications Typical nickel alloys applications Engines : jet engine components : blades & vanes

The training introduces the fundamentals of the hot forming simulation. The following main topics are covered in detail: Basics: Material behavior for high temperatures, heat transfer between sheet and tool during transfer and stamping and typical die quenching of the blank Definition of a hot forming simulation, e.g. determination of temperature-dependent material properties Evaluation of the hot forming simulation, e.g. determination of the heat distribution in the sheet, examination of the cooling rates, Cold Spots

Hot Forming Machine

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Automation is specially useful handling hot heavy components in harsh environments like Forging and Casting shops. PARI automates various forging, casting, pressure die casting and moulding processes including allied activities like die spraying, inserts loading, deflashing and degating.

Hot forming, on the other hand, is done using 3 stations Hatebur automatic hot former with high part output up to 125 parts per minute.

Hot Forming

Automation is specially useful handling hot heavy components in harsh environments like Forging and Casting shops. PARI automates various forging, casting, pressure die casting and moulding processes including allied activities like die spraying, inserts loading, deflashing and degating.

Hot Forming Machine

Hot forming

Hot Forming

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Hot Forming

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Hot Forming Elbow Machine

Hot Forming