Pedestal Embossing Flat Membrane Switch With Metal Stainless Steel Domes For Enhanced Tactile Feedback

Detalhes do produto:

Lugar de origem: Dongguan da China
Marca: Taida
Certificação: ISO9001,SGS,ROHS,REACH,UL
Número do modelo: 20251013-05

Condições de Pagamento e Envio:

Quantidade de ordem mínima: 100pcs
Preço: communication
Detalhes da embalagem: Sacos de PE primeiro e espuma em cartão e etc.
Tempo de entrega: 4 a 5 dias para a produção de amostras; 10 a 13 dias para produtos em lotes
Termos de pagamento: Western Union, T/T, PayPal
Habilidade da fonte: 11000 + pcs + por mês
Melhor preço Contato

Informação detalhada

Material: PET ou PC Cor: Pantone, RAL ou CMYK ou amostras
Tom de conexão: 2.54MM ou outros Adesivo: 3M467 adesivo ou outro material
Tipo de botão: Cúpula de metal ou cúpula de relevo Vida útil: 1 milhão de vezes
Impressão: Impressão de seda Resistência ao isolamento: > 100 MΩ

Descrição de produto

Pedestal Embossing Flat Membrane Switch With Metal Stainless Steel Domes For Enhanced Tactile Feedback
 

A pedestal embossed flat membrane switch with metal stainless steel domes enhances tactile feedback by providing a distinct physical sensation when the switch is pressed [1][2]. This tactile feedback confirms switch activation, which is especially useful when accuracy is important, such as in medical devices or industrial equipment [2][3].

Here's a breakdown of the components and features that contribute to this type of switch:

  • Membrane Switch Layers: Membrane switches typically consist of multiple layers [2][3]. These layers include a graphic overlay, a spacer, circuit layers, and an adhesive layer [2].
  • Pedestal Embossing: Embossing creates a raised area on the switch surface, improving the tactile feel and indicating the switch location [4][5].
  • Metal Domes: Metal domes, often made of stainless steel, are placed between the membrane layers [1][6]. When pressed, the dome collapses, creating a tactile "click" or "snap" [1][3]. Stainless steel domes are available in various sizes and actuation forces, and they offer reliability in extreme temperatures [5].
  • Tactile Feedback: The metal dome provides tactile feedback, confirming that the switch has been activated [2][3]. This tactile response improves accuracy and user satisfaction [2][3].
  • Enhanced User Experience: Tactile feedback makes the user experience more intuitive and responsive [2]. It gives users a sense of control and trust in the device, increasing user satisfaction [2].

Types of Membrane Switches

Membrane switches come in several types, each with unique features and applications [7][8]:

  1. Tactile Membrane Switches: These switches provide physical feedback when pressed, usually through a metal or poly dome [7][9].
  2. Non-Tactile Membrane Switches: These switches don't offer physical feedback; instead, they may use visual or auditory signals to confirm activation [6][10].
  3. Flexible Membrane Switches: Designed to bend and flex, these switches are suitable for curved surfaces [6][7].
  4. Rigid Membrane Switches: Mounted on a rigid surface like a metal or plastic panel, these switches are used in fixed locations [6][7].
  5. Capacitive Membrane Switches: These switches use capacitive sensing to detect touch without physical pressure, offering durability and a sleek design [8][10].
  6. Hybrid Membrane Switches: Combining different technologies like tactile feedback and backlighting, these switches are ideal for complex applications [8][10].

 

Membrane Switch specification:
 

Overlay material ---For front or face overlay
Polyester Polycarbonate

1 Highly versatile for embossing
2 Highly resistant for chemicals
3 Better durability
4 For internal and external use

1 wide range of the surface finishes and thicknesses
2 More cost-effective
3 For internal and external use
4 many Lexan label choose

Embossing --- Graphic overlay or up circuit can be embossed in order to insert metal stainless steel domes for good tactile when press .Leave space for mechanical keys and provide tactile indications
Pedestal embossing Rim embossing Pillow embossing Dim embossing
Windows or LCD --- For display functions
Printed colors windows such like red ,black and so on Transparent finishes windows
Keys
Tactile Keys :witch metal domes or Poly domes ,Metal dome with different diameter and pressure kinds Non-tactile keys: printed silver spot on the circuit
LEDs ---Miniature LEDs ,LED colors :white ,Green ,Red ,Blue ,Yellow ,Orange and others
EL and Sensors or inductors --- EL can be light any place where where you like ,and sensors can be used as LEDs
Cables --- is extension of circuit and communication with your device
Screen printing conductive silver cable Copper plated cable /Polyimide or FPC PCB cable
Types of connector --- 1 Zero insertion force(ZIF) with 0.5MM ,1.0MM,1.25MM pitch ;2 Female connector with 2.54MM pitch; 3 Male connector
Shielding --- For protection function
Gasket seal/Waterproof :protect the conductors against from the humidity and splashes EMI/RFI/ESD Shielding: use an Aluminum foil shielding /clear ITO electrical conductive polyester to protect
Rear Adhesive --- Mostly use the 3M double-side mounting glue brand of USA. Also accepted others such like Lohmann and others
Back plate --- Use in Aluminum ,Polycarbonate ,Acrylic Or PMMA
Matching color --- PMS or RAL Is best ,CMYK or RGB also can be ok if you can supply PMS Or RAL
Standard Tolerances :+/-0.2MM
                 

 
 
 
Membrane switch Performance Index:
 
 

Environmentl Operating Temperature -40°C to +80°C (-40°to 176°F)
  Storage Temperature -40°C to +85°C (-40°to 185°F)
  Humidity 40°C, 90% to 95% for 240 hours
  Vibration 20G's max.
Mechanical Actuation Force Non-tactile 60g to 300g (2oz to 10oz)
    Tactile 150g to 400g (6oz to 14oz)
  Switch Stroke Non-tactile 0.1 to 0.5mm
  Life Expectancy Tactile 0.6 to 1.5mm
    Non-tactile >5 million actuations
    Tactile >1 million actuations
Electrical Operating Voltage 35 volts maximum
  Operating Current 10 micro amps to 100 milliamps, resistive
  Operating Power 1 watt maximum
  Circuit Resistance 10 ohms to 500 ohms, dependent on size and layout
  Insulation Resistance 100M ohms at 100V DC
  Dielectric Withstand >250 VRMs (50-60Hz 1 minute)
  Contact Bounce ≤ 5 milliseconds
 

 

 

 

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