Suzhou Simitch Machinery Co., Ltd - C-type desktop stamping machine CEB series

C-type desktop stamping machine CEB series

CEB Benchtop Clinching Machine

Technical parameter

■ Feature: It can be used as a benchtop or clamp-type machine, and can also be installed in a production line as an independent

dedicated unit.

■ Drive: SIMITCH pneumatic hydraulic BS/BT series cylinder

■ Main part:

1.Pneumatic hydraulic cylinder

2.CEB machine frame

3.STE safety control system

Part Number		Max. Capacity
Part Number		Max. Capacity		A	B	C	D	E	H	T Groove
		KN	T
CEB	2	18.4	1.84	400	400	220	160	100	300	10
CEB	4	38.2	3.82	450	450	220	160	100	300	12
CEB	8	78	7.8	450	480	250	160	120	320	12
CEB	15	134	13.4	500	600	314	200	150	350	14
CEB	20	184	18.4	550	660	450	300	200	350	18
CEB	30	283.6	28.36	550	660	450	300	200	350	18

Clinching Process

1.Positioning& Press-in: At this step , first make sure the punch is reset to the top dead center ,put the lower sheet in flatly , then stack the upper sheet on the lower sheet , also pay attention to aligning the riveted area with the center of the mold.

2.Forming: Early forming stage: Press-in elastic stage, stretch forming stage. Initial press-in elastic stage: from the moment the punch contacts the upper sheet to the moment the upper and lower sheets begin to bend plastically.

3.Plastic deformation: During the clinching filling stage , the punch continues to move downward , squeezing upper and lower sheets until the punch reaches a near dead point.

4.Holding pressure: During the holding pressure stage of forging, the die should continue to maintain pressure for a certain period of time to prevent the sheet from rebounding, so that the upper and lower sheets can fully fill the annular groove and ensure that the rivet-free riveted joints are completely formed.

5.Back pressure: In this stage,the punch moves upward.There is an inverted cone on the punch , it’s easy to demoulding.Move the punch upward,then take down the riveted sheet. If it is an automated riveting with multiple points connected, the entire mold must be separated from the riveted sheet first, and then the sheet or mold is automatically moved before a new riveting is performed.

Advantages of rivetless connection technology

Compared with the traditional connection methods,clinching technology has obviously advantage:Low energy consumption and low costs,easy maintenance,eco-friendly.Long life time and precious technology,high connection strength,connection flexibility and process controllability.

Low energy consumption and low costs,

Rivetless connections do not require the consumption of raw materials and auxiliary materials, and their cost is only about 50% of that of spot welding, making them a preferred solution for reducing costs and improving economic efficiency.

Durability and Maintenance

Rivetless connection machines are inexpensive, durable, simple in structure, and easy to maintain. In contrast, traditional equipment is prone to aging and has higher maintenance costs.

Aesthetics and environmental protection

Rivetless connections are aesthetically pleasing and require no additional surface treatment. They also produce no noise or dust pollution during operation, making them more environmentally friendly.

Mold life and process

Rivetless connection molds have a long service life, averaging 100,000 to 300,000 uses. The connection process is simple, requiring no pre- or post-processing (such as punching or surface treatment), thus improving work efficiency.

Material compatibility

Rivetless connections can solve the problem that traditional processes cannot connect metals such as aluminum, magnesium, and titanium, giving them a unique advantage when connecting different materials or sandwich panels.

Automation and Connection Quality

Rivetless connections offer a high degree of automation, allowing for single-point or multi-point simultaneous connections, making them the preferred connection method for mass production. There is no stress concentration at the connection points, resulting in higher fatigue resistance than spot welding. Connection strength can be tested non-destructively, and the entire process can be automatically monitored.

Connection strength and load-bearing capacity

Although rivetless connections have slightly lower strength than self-piercing riveting, their strength is sufficient for most applications. Furthermore, rivetless connections are more suitable for joining thin plates.

Connectivity flexibility

Rivetless connection technology allows for the connection of plates of different thicknesses, materials, and even shapes, and this flexibility enables it to meet a variety of complex design requirements.

Process controllability

Rivetless connection technology allows for precise control over the position and shape of connection points, thereby ensuring product consistency and reliability.

Multi functional and diverse choices

Household appliances industry: Washing Machine、Tumble dryer、Refrigerator、Oven/stove、Air conditioning ,dishwasher

Construction Engineering: Garage door、Elevator、Lighting、Exterior door/ interior door、Busway

Ventilation duct industry: Air duct、Air filter、Boiler、Radiator、Pocket filter

Automotive industry: Roof frame、Airbag、Battery box、Body area、Top compartment、Switch contacts

Currently serving 3000 clients in industries such as automotive, home appliances, refrigeration, elevators, sheet metal, electrical, furniture and hardware.

Process Competence

Dot connection: Using a simple round punch,on the SIMITCH pneumatic hydraulic clinching machine,through a stamping process,the connected plate can be squeezed into the corresponding die,so that it "flows" and deforms in the die,then producing a connection point without edges or burrs.

SKB f lat point connect ion: For some plates, the raised dots produced by SIMITCH dot connection may be a hindrance. Therefore, after processing the SKB dots, the raised part can be pressed back to form a flat point (+0.1mm) using a flat point mold.

Doub le point connect ion: This new connection method is a two in one solution.Using one set mold (punch and die) to make two connections in one press stroke. This aims to increase production efficiency and prevent the connection point from turning. Compared with a single round point, its shear strength is up to twice and the tensile strength is up to 1.5 times.

Rivet ing dot point connect ion: This connection is accomplished with a simple cylindrical rivet in a joining process using the drawing/pressing method. Similar to the circularjoint, the materials to be joined are not cut but guided through a die form, resulting in a very durablejoint - even in the case of thin materials.

Micro point connect ion: Micro circular connectors with a tip diameter of 1.5 to 2 mm are the solution for miniaturization of components. They are ideal for metal sheets with a thickness of 0.1-0.5 mm and narrow flanges, where conductivity between the connecting layers is outstanding.

Rectangu lar point connect ion ST: Rectangular point connection combines the process of cutting and deformation, and is mainly suitable for the connection of hard materials and stainless steel plates.

SKB Dot connect ion: This clinching uses a special SKB die, which consists of a fixed part and a moving part with 4-6 movable die pieces. The fixed part ensures accurate centering to form the connection point, the sheet material and the punch are centered relative to this fixed part, and the movable parts between the fixed parts guide and constrain the "flow" of the sheet material atthe connection point.