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NC-Transfer DSTG Series (patented)

NC-Transfer DSTG Series (patented)

Product catalog summary
Application
The NC-Transfer DSTG Series is particularly suited for forging operations, accommodating bolster lengths up to 5500 mm and gripper rail profiles up to 200 mm x 200 mm. It can operate in 2D or 3D versions and is adaptable for one or two-sided use. It is also retrofittable on all types of presses.
Operating Modes
The system offers several operating modes including safe setup mode, test mode, automatic mode, and controlled single stroke.
Options
Available options include 45-step parts control, 32-step cam control, fully automatic gripper rail couplings, loading stations for solid forming, blank cuts with exchangeable cassettes, and gripper holders and fingers for both solid and sheet metal forming.
Technical Data
The DSTG Series comes in three sizes: DSTG450, DSTG650, and DSTG1000, with varying feed paths, gripper paths, lifting paths, and gripper & part weight capacities. The stroke rates vary from 150 to 50 strokes per minute depending on the model.
Advantages
Key advantages include high transport quality due to minimal deflection and optimized positioning, high availability through mechanical overload coupling and overcurrent protection, maximum throughput with stroke optimization software, short setup times with automatic tool change, flexible use with programmable movements, and low maintenance due to fully encapsulated drive units and automatic central lubrication.
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Catalog excerpts

NC-Transfer DSTG Series (patented)-1

NC-Transfer DSTG Series (patented) Especially suited for forging operations For bolster lengths up to 5500 mm Gripper rail profiles up to 200 mm x 200 mm Operates as 2D or 3D version For use as one or two-sided version Can be retro-fitted on all types of presses Operating Modes • • • • Safe setup mode Test mode Automatic mode Controlled single stroke 45-step parts control 32-step cam control Fully automatic gripper rail couplings Loading station for solid forming Blank cut with exchangeable cassette Gripper holders for solid forming Gripper fingers for sheet metal forming High transport quality due to o minimal deflection through double crank drive o optimized positioning using springloaded grippers High availability due to o mechanical overload coupling and overcurrent protection for all axes o absolute encoder for all axis Maximum throughput due to o stroke optimization software o monitored position synchronisation Short set-up times due to o automatic tool change o free access for conveyor systems, blank loaders, conveyer belts Very flexible use due to o freely programmable movements o „recipe “-memory for different tools Low maintenance due to o fully encapsulated drive units o automatic central lubrication Technical Data Transfer Size Feed path Gripper path Lifting path Grippers & Part weight Closing force/Rail Gripper rail distance Stroke rate* *The stroke rates shown are standard values and de

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.