Multi-head Hydraulic Radial Track Rotary Riveting Machine for Solid Rivets of Scissors, Pliers and Juicer Blades

1. Efficient: The riveting machine can complete the rivet operation quickly and efficiently, improving production efficiency.
2. Strong and reliable: Riveting is a strong and reliable connection method, and the parts connected by rivets have high tensile
strength.
3. No need for heat treatment: Compared with welding, riveting does not require high temperature or high energy, and there will be
no deterioration or deformation of the material during the connection process.
4. Wide applicability: The riveting machine can be used for the connection of various metal materials, such as aluminum, steel,
stainless steel, etc.

Multi-Head Hydraulic Radial Track Rotary Riveting Machine

The Multi-Head Hydraulic Radial Track Rotary Riveting Machine is designed for industrial solid rivet installation on scissors, pliers, juicer blades, hand tools, kitchen tools, and other metal assemblies. Combining hydraulic pressing power with radial track rotary riveting technology, the machine provides a controlled solution for repetitive solid riveting applications.

Scissors, pliers, and similar tools often require riveted joints that allow two or more components to move smoothly while maintaining structural stability. The riveting process must provide a secure mechanical connection without unnecessarily damaging the surrounding material or affecting the movement of the finished tool.

A multi-head configuration can support multiple riveting operations according to the product structure and tooling arrangement. This makes the machine suitable for manufacturers looking to improve production efficiency and achieve repeatable riveting quality.

Model	Spindle stroke	motor	(mild steel) Rivet capacity	time adjustment (seconds)	Use pressure	Maximum pressure	Rivet length	Weight (KG)	Rivet head speed
1136	35mm	1/2HP	(Solid)5 (hollow)8	0-6	2-7	500	120	75	1400
1141	35mm	1/2HP	(Solid)7 (hollow)12	0-6	2-7	800	125	125	1400
1143	35mm	1HP	(Solid)8 (hollow)15	0-6	2-7	1100	125	150	1400
1145	35mm	1HP	(Solid)12 (hollow)20	0-6	2-7	2000	150	200	1400
1152	42MM	1HP 2HP	(Solid)12 (hollow)20	0-6	20-70	1500	230	350	1400
1155	42MM	2HP 3HP	(Solid)20 (hollow)35	0-6	20-700	5500	300	550	14

Hydraulic Rotary Riveting Machine

The hydraulic rotary riveting machine uses hydraulic power to provide the force required for solid rivet forming. Hydraulic operation is suitable for applications where stable and controlled pressing force is required.

The rotary riveting process forms the rivet progressively rather than relying only on a single direct impact. This can help create a controlled rivet head while reducing unnecessary shock to the workpiece when the tooling and process parameters are correctly selected.

The actual hydraulic pressure, riveting cycle, tooling, and configuration should be determined according to the solid rivet dimensions and workpiece structure.

Radial Track Riveting Technology

Radial track riveting is designed to form the rivet through a controlled orbital or radial movement. The riveting tool follows a defined path around the rivet axis, gradually forming the rivet head.

This type of riveting can be particularly useful for precision mechanical assemblies where controlled deformation is important.

For scissors, pliers, and similar hand tools, the riveting process needs to balance fastening strength with the functional movement of the joint. Proper tooling and fixture design are therefore important parts of the complete riveting solution.

Multi-Head Riveting Machine

The multi-head configuration allows several riveting heads or riveting positions to be incorporated into one production system, depending on the product design.

This can be useful for products requiring multiple rivets or multiple fastening operations. Instead of moving the workpiece between separate machines, multiple riveting processes can potentially be completed within one dedicated setup.

The exact number and arrangement of heads should be selected according to the product structure, rivet positions, and production requirements.

Scissors Riveting Machine

Scissors require accurately positioned rivets to connect the blades and handles while allowing the two blades to pivot correctly.

The scissors riveting machine can be equipped with dedicated fixtures that hold the scissors components in the correct position during riveting. Proper alignment helps ensure that the finished riveted joint provides the required mechanical connection and smooth operation.

Different scissors designs may use different rivet dimensions, blade structures, handle materials, and joint configurations. Tooling should therefore be selected according to the actual product.

Solid Rivet Riveting for Scissors

Solid rivets are commonly used in mechanical assemblies where a permanent or semi-permanent mechanical connection is required.

During the riveting process, the solid rivet is positioned through the corresponding holes and the riveting head forms the exposed end of the rivet. A correctly controlled forming process helps create a secure joint while maintaining the required product geometry.

For scissors, the riveting process must also consider blade alignment and joint movement. Excessive deformation or incorrect riveting pressure can affect the finished product, so sample testing and process adjustment are recommended.

Pliers Riveting Machine

Pliers contain pivoting components that require a strong and accurately positioned joint. The pivot rivet must hold the components together while allowing the intended movement of the tool.

The multi-head hydraulic riveting machine can be configured with suitable fixtures and tooling for pliers riveting applications.

Depending on the product design, different pliers may require different rivet lengths, diameters, fixture positions, and finished rivet shapes. Dedicated tooling helps accommodate these differences.

Juicer Blade Riveting Machine

Juicer blades and other food-processing tool components may require reliable riveting between blades, holders, shafts, or supporting components.

A hydraulic radial riveting process can provide a controlled method for suitable solid rivet applications.

Because blade assemblies can have specific dimensional and alignment requirements, the fixture should be designed around the actual product geometry. The riveting process should also be evaluated to ensure that the blade remains correctly positioned after fastening.

Hand Tool Riveting Applications

In addition to scissors and pliers, the machine may be suitable for other hand tools and metal assemblies using compatible solid rivets.

Potential applications include:

Scissors
Pliers
Wire Cutters
Pruning Tools
Kitchen Shears
Metal Shears
Juicer Components
Hand Tools
Cutting Tools
Small Mechanical Assemblies

Application compatibility depends on the rivet dimensions, workpiece materials, geometry, and required finished joint.

Consistent Rivet Positioning

Accurate positioning is essential when riveting scissors, pliers, and other moving assemblies. A small deviation in the rivet position can affect the relationship between two components.

Dedicated fixtures can help hold the workpiece securely while the riveting heads perform the fastening operation. Proper fixture design can improve repeatability between production cycles.

For multi-head machines, alignment between multiple riveting positions is especially important. The fixture and tooling should be developed according to the actual product drawing or sample.

Controlled Rivet Forming

Radial track riveting provides a controlled forming motion that gradually shapes the rivet head. This can be useful when manufacturers require a consistent finished appearance and mechanical connection.

The final rivet shape depends on the rivet material, diameter, length, workpiece material, tooling geometry, and process settings.

Before full-scale production, manufacturers should conduct sample testing to confirm the finished rivet profile and joint performance.

Production Efficiency

For factories producing scissors, pliers, blades, and other hand tools, riveting can be a repetitive production operation.

A dedicated multi-head riveting machine can help reduce the number of individual operations required during assembly. Depending on the product structure, several riveting operations can be organized within one machine setup.

This can help manufacturers create a more efficient workflow while reducing repetitive manual riveting work.

Flexible Tooling and Fixtures

Different hand tools have different shapes and riveting positions. For this reason, dedicated fixtures and dies are important.

The machine can be configured with suitable riveting heads, punches, dies, and workholding fixtures according to the product.

For OEM applications, customers can provide product drawings, solid rivet samples, workpiece samples, or finished product samples. These materials can help determine the required tooling configuration.

Riveting Quality and Process Control

A consistent riveting process requires control of several factors, including:

Rivet Diameter
Rivet Length
Rivet Material
Workpiece Material
Hole Diameter
Rivet Position
Tooling Alignment
Hydraulic Pressure
Riveting Cycle
Finished Rivet Shape

Regular quality inspection can help identify tooling wear, alignment problems, or process variations.

For scissors and pliers, manufacturers should also inspect the movement of the finished joint after riveting.

OEM and Custom Riveting Solutions

Hand tool manufacturers may use different product designs and rivet specifications. A standard fixture may therefore not be suitable for every application.

Custom fixtures and tooling can be developed according to the actual product structure. Multi-head arrangements can also be considered when several riveting positions need to be processed.

For customized projects, providing samples and technical drawings can help determine the appropriate machine configuration.

Why Choose Our Multi-Head Hydraulic Rotary Riveting Machine?

Multi-Head Configuration
Multiple riveting positions can be incorporated according to product requirements, supporting efficient repetitive production.

Hydraulic Pressing Power
Hydraulic operation provides a practical solution for solid rivet forming applications requiring controlled force.

Radial Track Riveting
The radial riveting process supports controlled rivet forming for suitable precision mechanical assemblies.

Designed for Solid Rivets
The machine is suitable for compatible solid rivet applications on scissors, pliers, blades, and other metal tools.

Dedicated Tooling
Fixtures, punches, dies, and riveting heads can be configured according to the product.

Wide Industrial Applications
Suitable applications can include hand tools, cutting tools, kitchen tools, and other mechanical assemblies.

OEM and Custom Support
Customized machine configurations can be evaluated according to product samples, drawings, rivets, and production requirements.

Main Applications

The Multi-Head Hydraulic Radial Track Rotary Riveting Machine can be used for suitable:

Scissors Riveting
Pliers Riveting
Juicer Blade Riveting
Kitchen Shears Riveting
Metal Shears Riveting
Wire Cutter Riveting
Pruning Tool Riveting
Hand Tool Riveting
Solid Rivet Installation
Solid Rivet Forming
Metal Component Assembly
Mechanical Joint Riveting
Tool Handle Riveting
How to Choose the Right Rotary Riveting Machine?

First, identify the product being riveted, such as scissors, pliers, juicer blades, or another hand tool.

Second, confirm the solid rivet specifications, including diameter, length, material, and required finished head shape.

Third, identify the workpiece materials and thicknesses. These factors influence tooling selection and the required riveting process.

Fourth, determine how many riveting positions need to be completed and whether a multi-head configuration is required.

Finally, provide product samples or drawings whenever possible. Sample testing can help determine suitable fixtures, riveting heads, and tooling.

FAQS

Q1: What is a radial track riveting machine?
It is a riveting machine that forms a rivet through a controlled radial or orbital tool movement around the rivet axis.

Q2: Can this machine rivet scissors?
Yes. With suitable fixtures and tooling, it can be configured for compatible scissors riveting applications.

Q3: Can it be used for pliers?
Yes. The machine can be configured for pliers and similar hand tools that use compatible solid rivets.

Q4: Can it rivet juicer blades?
Suitable juicer blade riveting applications can be evaluated according to the blade structure, rivet specifications, and required fastening process.

Q5: What type of rivets does the machine use?
The machine is designed for compatible solid rivet applications. Exact rivet dimensions should be confirmed before selecting the tooling.

Q6: What is the advantage of hydraulic riveting?
Hydraulic operation provides controlled pressing force and is suitable for repetitive industrial riveting applications.

Q7: What does multi-head riveting mean?
A multi-head machine incorporates multiple riveting heads or riveting positions to support several fastening operations according to the product design.

Q8: Can the tooling be customized?
Yes. Riveting heads, punches, dies, and fixtures can be customized or configured according to the product and rivet specifications.

Q9: Is the machine suitable for high-volume production?
The multi-head configuration and repeatable riveting process make it suitable for repetitive industrial production applications.

Q10: What information is needed for a machine quotation?
Provide product samples or drawings, solid rivet samples or dimensions, workpiece materials, riveting positions, desired production volume, and any special requirements.

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