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A definition of high-speed stamping based on strokes per minute can be hard to agree on. However producer would concur that stepping at higher rates will require exceptional consideration.
Speed increases stress levels, which can lead to serious issues like: Problems with stock feeding and scrap removal, too many tool defections, dangerous tipping moments, and rising snap through forces that can shock and break stamping tools and possibly damage press equipment are all contributing factors.
500 to 1200 strokes per minute in the electronics, fastener, and laminate industries are typical speeds. Many people think of these procedures as fast stamping operations.
Large agricultural or automotive dies that run at 60 to 80 strokes per minute. also could be regarded as high speed.
The Global High Speed Lamination market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Orchid has formed a Global Strategic Alliance with Hydria, a large European manufacturer with a strong global footprint to serve international customers with North American locations.
Similar to Orchid in terms of products and capabilities, Hydria is also a global leader in electrical steel laminations and motor/generator cores.
It also has extensive engineering and research capabilities. Since neither Hydria nor Orchid have manufacturing facilities outside of the United States, a Strategic Alliance and Cooperation between the two companies is an ideal match for customers looking for global suppliers.
Orchid has 40 Minster high-speed lamination presses with capacities of up to 300 tons, allowing it to stamp a wide variety of large and small part configurations.
The installation of a 450-ton Minster PM4 will be finished. Orchid recently installed a tandem line that combines two presses, a 300-ton Minster press and a 250-ton Minster press, for a total of 550 tons of production capacity and a bed length of 144 inches.
Each year, Orchid provides hundreds of millions of electrical steel lamination stampings in the form of loose laminations or complete rotor, stator, and transformer cores that are bonded or interlocked.
