Optimum Speed Without Reducing Stroke Length Check your dies and we bet you’ll find that the majority of them probably don’t require an adjustable stroke press. The exceptional design of the AIDA HMX high speed stamping press allows it to run at optimum speed without reducing the stroke (how does 1500 spm at 1.25″ stroke sound?)

In addition, the AIDA HMX offers dramatic improvements in areas directly linked to your productivity and profits – accuracy, maintenance, reliability and costs. These factors are actually sacrificed by the design of the adjustable stroke presses currently available.

Increased Productivity and Profits With superior construction and the absence of any accuracy-robbing stroke adjustment mechanisms, the HMX delivers unsurpassed accuracy and die life with the lowest deflection characteristics of any available high-speed press. Thermal cooling control ensures that operating temperatures remain consistent for precise BDC control and accurate part production. And by simply eliminating the unnecessary parts required for stroke adjustment, both maintenance and initial costs are significantly reduced. For increased productivity and profits you only need one adjustment. An AIDA HMX.

Features & Benefits

• Highly rigid frame
• Dynamic balancer
• Slide adjustment
• Hydraulic stick release device / Slide lock system
• Roll cam feed (optional)
• Oil temperature control / Oil tank
• Anti-vibration mounts
• 8 point slide guide

Specifications

HMX Model Specifications (metric)	Unit	HMX-1250	HMX-2000	HMX-3000	HMX-3000W
Capacity	kN	1250	2000	3000	3000
Tonnage rating point (above B.D.C.)	mm	3.2	3.2	3.2	3.2
Stroke length	mm	30	30	30	30
Working energy: Min-Max spm	J	1200 / 1200	2000 / 2000	3000 / 3000	3000 / 3000
Strokes per minute under no load	spm	200 ~ 800	200 ~ 600	160 ~ 500	120 ~ 410
Micro-inching	spm	about 60	about 60	about 60	about 60
Die-height, slide to bolster	mm	Note 1 380~430	Note 1 400~480	Note 1 420~520	Note 1 420~520
Slide adjustment	mm	40	50	60	50
Slide area (L.R. x F.B.)	mm	1300 x 600	1700 x 650	2000 x 750	2260 (2300) x 1000
Bolster area (L.R. x F.B.)	mm	1300 x 850	1700 x 950	2000 x 1000	2300 x 1200
Bolster thickness	mm	Note 2 160~210	Note 2 180~260	Note 3 200	Note 3 200
Bolster surface height above floor	mm	Note 4 (1000)	Note 4 (1000)	Note 4 (1000)	Note 4 (1000)
Max upper die weight	t	0.5	0.9	1.3	1.5
Side opening (F.B. x height)	mm	350 x 380	460 x 400	560 x 420	560 x 420
Bed opening (L.R. x F.B.)	mm	1100 x 280	1500 x 350	1700 x 400	1800 x 420
Main motor	kW	30	45	55	55
Power source	V/Hz	Note 5 200 / 50, 60	Note 5 200 / 50, 60	Note 5 200 / 50, 60	Note 5 200 / 50, 60
Required air pressure	MPa	0.5	0.5	0.5	0.5

Note 1: Please select die-height within the range shown above Note 2: Bolster thickness is decided by die height Note 3: Die height of HMX-3000 and HMX-300W are set by column base. Bolster thickness is fixed Note 4: Bolster surface height is reference value Note 5: Power source outside of 200V is acceptable as option Note 5: The value in ( ) indicates the area for tool change.

Advancing To an Even Higher StageWith the MSP high speed stamping press, dynamic accuracy is significantly improved because of the compact design and multiple suspension points.

A balance between high rigidity and a wide bed area is brought to a higher level using the latest technology.

Ultra precision dies that require a large bed area area necessary for the production of high-efficiency motors, such as motors for hybrid cars or for energy conservation. Responding to these needs, AIDA applied innovative new technology to achieve increased precision with the AIDA MSP Series High Speed Stamping Press.

Features & Benefits

1. Multiple Suspension
2. Twin Drive
3. Caliper Type Clutch and Brake
4. Highly Rigid Frame
5. Highly Rigid Guidepost

Specifications

MSP Model Specifications (metric)	Unit	MSP-2000-200	MSP-3000-230
Number of suspension points		4	4
Capacity	kN	2000	3000
Tonnage rating point (above B.D.C.	mm	3.2	3.2
Stroke length	mm	30	30
Working energy: Min-Max spm	J	2000	3000
Strokes per minute under no load	spm	150~450	120~420
Micro-inching	spm	Approx. 60	Approx. 60
Die height, slide to bolster	mm	Note 1 400~480	Note 1 420~520
Slide adjustment	mm	60	60
Slide area (L.R. x F.B.)	mm	2000 x 800	2300 x 1000
Bolster area (L.R. x F.B.)	mm	2000 x 1000	2300 x 1000
Bolster thickness	mm	Note 1 180~260	Note 1 210~260
Max upper die weight	Note 2 1300	Note 2 1500
Side opening (F.B x height)	mm	490 x die height	490 x die height
Bed opening (L.R. x F.B.)	mm	1700 x 400	2000 x 4000
Main motor (inverter)	kW	22 x 2	30 x 2
Power source	V/Hz	200/50,60	200/50,60
Required air pressure	MPa	0.5	0.5

Note 1: Relation list between bolster thickness and die height Note 2: Subplate weight is included

Bolster thickness and die height
MSP-2000-200		MSP-3000-230
Die height	Bolster thickness	Die height	Bolster thickness
mm	mm	mm	mm
400	260	420	260
410	250	430	250
420	240	440	240
430	230	450	230
440	220	460	220
450	210	470	260
460	200	480	250
470	190	490	240
480	180	500	230
		510	220
		520	210