Model: RFS-305NS
Release Method: Mechanical
Feeding Line Height: 55-100 mm
Feeding Width Max.: 300 mm
Sheet Thickness Max.: 0-1.6 mm
Net Weight: 103 Kg

Model Specifications

Advantages of the High-Speed Mechanical Feeder:

1.Productivity: Suitable for automatic feeding in multi-engine continuous mold processing.

2.Versatility: Regardless of the width and thickness of the material, simple adjustment of the feeder to match the mold allows for easy use.

3.Energy-saving: The press machine is directly driven and does not consume electricity or gas energy, achieving significant energy-saving and carbon reduction effects.

4.High precision: The precision of the machine varies depending on the rotational speed and feeding length, generally achieving an accuracy of ±0.05mm. With the addition of guide pins for positioning, accuracy can be improved to ±0.01mm.

5.Customizability: The machine can be designed and manufactured based on the properties of the customer’s materials, such as non-standard profiles, electroplated bright plates, and various special materials.

Structural Features of the High-Speed Mechanical Feeder:

1.Eccentric Disk: The new design of the eccentric disk not only ensures the safety of the feeding scale ring by preventing it from falling off or dropping into the mold but also makes the adjustment of the feeding distance more sensitive, accurate, and with zero clearance, saving time for mold adjustment and improving production efficiency.

2.Cast Iron Base: This is a new and convenient way of fixing the feeder. It is easy to install, firm, and does not affect the accuracy of the punch press feeding shaft and the maintenance of the punch press.

3.Transmission Bar: It is an adjustable and retractable design to prevent the bar from being too long or too short, which could cause the machine to break and result in work-related injuries.

4.Material Line Height Indicator for the Feeder Main Body: It allows operators to clearly compare the material line height of the feeder main body with that of the mold and adjust it accordingly, making it convenient and time-saving for mold assembly without requiring additional measurements.

5.Improved Reversing Device: It improves efficiency by 50%, has a better anti-reverse effect, higher stability, and more precise feeding accuracy.

6.Rollers: Made of high-quality materials with excellent wear resistance, they undergo HRC60 heat treatment and are then chrome-plated and rounded, with high hardness, wear resistance, and long service life. The hollow design reduces the rotational inertia and allows for timely and precise stops to ensure feeding accuracy.

7.One-way body and gears: They undergo HRC60 heat treatment and precise grinding, with embedded hard alloys and coupled with rolling bearings, providing wear resistance, stability, high precision, and long service life.

8.Disc Brake Device: It uses wear-resistant brake pads, high-quality clutch pads, and has a long service life, high precision, and stability.

Parameters

Model	Width/mm	Space Length /mm	Thickness/mm	Feed Line height /mm	Weight/mm
RFS-105NS	100	50	0-1.6	55-100	64
RFS-205NS	200	50	0-1.6	55-100	87
RFS-255NS	250	50	0-1.6	55-100	95
RFS-305NS	300	50	0-1.6	55-100	103
RFS-355NS	350	50	0-1.6	55-100	111
RFS-405NS	400	50	0-1.6	55-100	120
RFS-455NS	450	50	0-1.6	55-100	131
RFS-505NS	500	50	0-1.6	55-100	141
RFS-555NS	550	50	0-3.5	55-100	151
RFS-605NS	600	50	0-1.6	55-100	161
RFS-138NS	130	80	0-1.6	60-120	76
RFS-188NS	180	80	0-1.6	60-120	84
RFS-1310NS	130	100	0-3.5	70-140	142
RFS-2010NS	200	100	0-3.5	70-140	155
RFS-3010NS	300	100	0-3.5	70-140	180
RFS-4010NS	400	100	0-3.5	70-140	200
RFS-5010NS	500	100	0-3.5	70-140	220
RFS-6010NS	600	100	0-3.5	70-140	240
RFS-7010NS	700	100	0-3.5	70-140	260
RFS-1315NS	130	150	0-3.5	70-140	143
RFS-2015NS	200	150	0-3.5	70-140	156
RFS-3015NS	300	150	0-3.5	70-140	181
RFS-4015NS	400	150	0-3.5	70-140	201
RFS-5015NS	500	150	0-3.5	70-140	221
RFS-6015NS	600	150	0-3.5	70-140	241
RFS-7015NS	700	150	0-3.5	70-140	261
RFS-1320NS	130	200	0-3.5	70-140	146
RFS-2020NS	200	200	0-3.5	70-140	159
RFS-3020NS	300	200	0-3.5	70-140	184
RFS-4020NS	400	200	0-3.5	70-140	204
RFS-5020NS	500	200	0-3.5	70-140	224
RFS-6020NS	600	200	0-3.5	70-140	244
RFS-7020NS	700	200	0-3.5	70-140	264
RFS-2030NS	200	300	0-3.5	100-190	223
RFS-3030NS	300	300	0-3.5	100-190	251
RFS-4030NS	400	300	0-3.5	100-190	279
RFS-5030NS	500	300	0-3.5	100-190	307
RFS-6030NS	600	300	0-3.5	100-190	335
RFS-7030NS	700	300	0-3.5	100-190	363

Detailed Images

Application

①With a high-speed press:

Improved productivity: The high-speed mechanical feeder can match the working speed of a high-speed press, allowing materials to be quickly and accurately fed into the stamping die, significantly improving productivity.

Reduced errors: The high-precision feeding of the high-speed mechanical feeder can reduce errors and improve the quality of the finished products.

Energy-saving: The simple transmission method of the high-speed mechanical feeder does not require external energy, saving energy and reducing carbon emissions.

②With a pneumatic punch press:

Power-saving: Compared to traditional presses, the energy consumption of pneumatic presses is lower. When used with a high-speed mechanical feeder, it can further reduce the consumption of electricity and gas, improving energy utilization efficiency.

Strong adaptability: Pneumatic presses can adjust their force within a certain range to meet the processing requirements of different materials. When used with a high-speed mechanical feeder, they can provide higher processing accuracy and stability.

Easy operation: The operation of a pneumatic press is simpler than that of a traditional press, only requiring pneumatic control to complete stamping operations. When used with a high-speed mechanical feeder, it can further reduce the difficulty and complexity of stamping operations.

The Decoiler Machine+High-Speed Roller Feeder production line offers several advantages for manufacturers, including:

Increased productivity: The production line allows for automatic feeding of metal strips or sheets at high speeds, which can significantly increase production efficiency and output.

Improved precision and accuracy: The high-speed roller feeder provides precise and accurate feeding, ensuring that the material is cut and formed into the desired shape with consistency and accuracy.

Greater flexibility and versatility: The production line is suitable for a wide range of materials and thicknesses, and the feeder can be easily adjusted to match the requirements of various manufacturing processes.

Lower labor costs: With the automatic feeding system, the need for manual labor is reduced, which can lower labor costs and free up workers to perform other tasks.

Enhanced safety: The automatic feeding system can reduce the risk of work-related accidents, especially those related to manual feeding.

Energy efficiency: The high-speed roller feeder is designed to be energy-efficient, with a simple transmission method that does not require external energy, reducing energy consumption and carbon emissions.