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Frame Single Crank Mechanical Power Press Ensuring High Precision

Single Crank Mechanical Power Press for Precision Metal Stamping

Name: Single Crank Mechanical Power Press for Precision Metal Stamping
Brand: KINGLAN
Rating: 5.0 (89 reviews)

CHARACTERISTICS OF ALP SERIES EQUIPMENT

1,Small variation in die height, small dynamic center deviation; The service life of mold has significantly increased; Deformation of stamping is small; Lower cutting noise during blanking.
2,High precision work realization, low noise, and convenient operation.
3,Fixed lock hexagonal guide rail; High rigidity body; Small comprehensive clearance gap.

Model:
ALP-25
Brand:
KINGLAN

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Quantity:



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Product Description

Kinglan Single Crank Mechanical Power Press is designed for manufacturers requiring stable performance, precise forming accuracy, and reliable production efficiency in metal stamping applications. Featuring a rigid frame structure, optimized crank transmission system, and high-quality mechanical components, this press machine provides consistent stamping force and smooth operation for various sheet metal processing requirements.

Unlike pneumatic press systems that focus on high-speed air-driven operation, the mechanical power press utilizes a robust mechanical transmission structure to deliver stable force output throughout the stamping process. It is widely used for punching, blanking, bending, embossing, and forming metal components in automotive, electrical, hardware, appliance, and general manufacturing industries.

With decades of experience in press machine manufacturing, Kinglan provides customized mechanical stamping solutions, including press machine selection, automation integration, and complete production line support to meet different industrial requirements.

Stable Mechanical Transmission for Consistent Stamping Performance

The Single Crank Mechanical Power Press adopts a precision-engineered crank mechanism to convert motor rotation into controlled vertical slider movement.

The optimized transmission system ensures:

Stable stamping force
Smooth slider movement
Reduced mechanical vibration
Improved production consistency

This structure makes the machine suitable for continuous metal forming operations where accuracy and reliability are critical.

High Rigidity Frame Structure for Precision Metal Forming

Built with a high-strength steel frame, the mechanical power press provides excellent resistance against deformation during high-load stamping processes.

The rigid structure helps maintain:

Higher stamping accuracy
Better die alignment
Longer service life
Stable operation under continuous production

Versatile Solution for Various Metal Processing Applications

Kinglan Single Crank Mechanical Power Press is suitable for multiple sheet metal forming processes, including:

Punching
Blanking
Bending
Embossing
Shallow drawing
Metal forming

It can process different materials such as:

Carbon steel
Stainless steel
Aluminum
Other metal sheets

Efficient Production for Industrial Manufacturing

Designed for mass production environments, this mechanical stamping press provides reliable cycle performance and easy operation.

Automotive Parts Manufacturing

Production of brackets, structural parts, panels, and metal components.

Electrical Component Manufacturing

Processing of electrical housings, terminals, and precision metal parts.

Hardware Production

Manufacturing of fittings, fasteners, and industrial hardware products.

Appliance Industry

Producing metal covers, panels, and internal structural components.

Automation-Compatible Mechanical Stamping Solution

To meet modern manufacturing requirements, Kinglan Single Crank Mechanical Power Press can be integrated with automatic production systems.

Available configurations include:

NC Servo Feeder
Decoiler and Straightener
Transfer System
Automatic Material Handling System
Customized Stamping Dies

By combining mechanical press technology with automation equipment, manufacturers can achieve higher productivity, improved product consistency, and reduced manual operation requirements.

Why Choose Kinglan Single Crank Mechanical Power Press?

Professional Mechanical Press Manufacturing Experience

Kinglan specializes in designing and manufacturing industrial press machines with a wide capacity range, providing reliable solutions for global metal forming industries.

Customized Stamping Solutions

Each production requirement is different. Kinglan supports customized configurations according to:

Material characteristics
Product size
Stamping process
Production volume
Automation requirements

Reliable Performance and Long-Term Operation

Through precision machining, strict assembly control, and performance testing, Kinglan ensures each press machine delivers stable operation and dependable production performance.

Technical Specifications

Item	Specification
Machine Type	Single Crank Mechanical Power Press
Application	Metal Stamping & Forming
Structure	Rigid Steel Frame
Transmission Type	Mechanical Crank Drive
Processing Material	Steel, Stainless Steel, Aluminum
Operation	Continuous Production
Suitable Processes	Punching, Blanking, Bending, Forming
Automation Options	Servo Feeder / Transfer System

FAQ

What is a single crank mechanical power press?

A single crank mechanical power press uses a crank mechanism to convert rotary motion into linear slider movement, generating stamping force for metal forming operations.

What are the advantages of a mechanical power press?

What products can be made with a mechanical stamping press?

Can a mechanical power press be integrated with automation equipment?

BASIC PARAMETERS OF ALP SERIES

Model	unit	ALP-25		ALP-35		ALP-45		ALP-60		ALP-80		ALP-110		ALP-160		ALP-200		ALP-260		ALP-315
Type	Ton	V	H	V	H	V	H	V	H	V	H	V	H	V	H	V	H	V	H	V型	H型
Stroke	mm	60	30	70	40	80	50	120	60	150	70	180	80	200	90	200	100	250	150	250	150
Stroke Per Minute	S.P.M	60-140	130-200	40-120	110-180	40-100	100-150	35-90	80-120	35-80	80-120	30-60	60-90	20-50	40-70	20-50	50-70	20-40	40-50	20-40	40-50
Tonnage Rated Point	mm	3.2	1.6	3.2	1.6	3.2	1.6	4	2	4	2	6	3	6	3	6	3	7	3.5	7	3.5
Die Height(D.H)	mm	200	215	220	235	250	265	310	340	340	380	360	410	460	510	460	510	500	550	500	550
Slide Adjustment	mm	50		55		60		75		80		80		100		110		120		120
Slide Area	mm	47022050		52025050		56030060		70036070		77042070		91047080		99055090		113063090		1130700100		1200800100
Bolster Area	mm	68030070		80040070		85044080		90050080		100055090		1150600110		1250800140		1400*		1500840180		1700950180
Dia Of Shank Hole	mm	Φ38		Φ38		Φ38		Φ50		Φ50		Φ50		Φ65		Φ65		Φ65		Φ70
Main Motor	KW*P	2.2*4		2.2*4		3.7*4		5.5*4		7.5*4		11*4		15*4		18.5*4		22*4		30*4
Slide Adjust Structure	mm	ManuaI opearation								EIectric driving
Required Air Pressure	kgf/cm2	5-6		5-6		5-6		5-6		5-6		5-6		5-6		5-6		5-6		5-6
Press Accuracy		CNS(JIS)1cIass
Press Dimension(LWH)	mm	13909202125		14509002300		165010402390		167010902750		182013283005		197014583218		228515593610		246517904058		258519454433		290019504600
Die Cushion(Optional)		—		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder		One Plate One Cylinder
Capacity	Ton	—		2.3		2.3		3.6		3.6		6.3		10		14		14		14
Stroke Length	mm	—		50		50		70		70		80		80		100		100		100
Cushion Area	mm	—		300*230		300*230		350*300		450*310		500*350		650*420		710*480		810*480		810*480

ACCESSORIES

STANDARD ACCESSORIES		Electric Grease Lubrication System
Hydraulic overload protection device	S	Pneumatic Die Cusion Device	O
Manual Grease Lubrication System	S	Quick Die Change Device (Die Lifter,Clamp And Die Arm）	O
Inverter	S	Slide Knock-out Device	O
Manual Slide Adjust Device (ALP-60 and below)	S	Anti-vibration pad	O
Electric Slide Adjust Device (ALP-80 and above)	S	Photoelectric safety device	O
Mechanical Die Height Indicator (ALP-60 and below)	S	Feeder	O
Electric Die Height Indicator (ALP-80 and above)	S	Uncoiler	O
Slide and die balancing device	S	Leveler	O
Rotary Cam Switch	S	Transfer Arm	O
Air Source Connector	S	Front Feeding Shaft End (ALP-80 and above)	O
Overrun protection device	S	Left(Right) Feeding Shaft End	O
Tool Box	S
Precut Counter	S
Preset Counter	S
Misfeeding Detection Socket	S
Power Supply	S
Front Feeding Shaft End (ALP-60 and below)	S
Die Room Light	S

STROKE CURVE

PHYSICAL SIZE

Specifications	ALP-25		ALP-35		ALP-45		ALP-60		ALP-80		ALP-110		ALP-160		ALP-200		ALP-260		ALP-315
Model	v	H	v	H	v	H	v	H	v	H	v	H	v	H	v	H	v	H	v	H
AA	840		900		950		1000		1170		1290		1390		1680		1850		1800
AB	700		800		790		860		980		1100		1200		1400		1560		1600
AC	368		500		550		600		690		800		870		980		1050		1000
AD	680		800		850		900		1000		1150		1250		1400		1500		1700
AE	408		488		502		526		544		616		600		800		900		1000
AF	470		520		560		700		770		910		990		1130		1130		1200
AG	540		620		670		720		780		920		990		1150		1280		1390
AH	920		900		1040		1090		1328		1458		1559		1790		1945		1950
BA	1150		1200		1400		1420		1595		1720		2070		2250		2360		2690
BB	910		1050		1250		1220		1295		1320		1770		1840		2090		2330
BC	1390		1450		1650		1670		1820		1970		2285		2465		2585		2900
HA	715		702		702		700		732		711		752		826		802		780
HB	795		790		790		785		830		830		900		995		1030		1000
HC	200	215	220	235	250	265	310	340	340	380	360	410	460	510	460	510	500	550	500	550
HD	60	30	70	40	80	50	120	60	150	70	180	80	200	90	200	100	250	150	250	150
HE	2125		2300		2390		2750		3005		3218		3610		4058		4433		4600
HF	/		/		/		/		1505		1489		1619		1650		1670		1540
ΦH	Φ18		Φ18		Φ23		Φ23		Φ28		Φ28		Φ35		Φ33		Φ40		Φ40