INDUSTRIAL TOUCH SCREENS

Industrial Touch Screen Solutions (PCAP & Resistive) for OEM Integration

Custom cover lens + touch sensor + controller setup matched to your display, interface, and real-use conditions.
Early-stage inquiries are welcome — drawings help, but are not required.

Typical engineering reply within 12–24 hours (business hours, GMT+8). NDA supported for OEM projects.
PCAP Resistive OEM / ODM Ready
TOUCHSCREENS

Industrial Touch Screens

OEM-manufactured industrial touch screens for embedded and control systems. Available in PCAP and resistive technologies, with standard sizes and configuration options for long-term deployment.

Not sure what fits?

You don’t need finalized drawings or complete specifications at this stage. If you share your basic requirements, our engineering team will help confirm a workable touch direction.

  • Early-stage questions are welcome
  • We can start from size + OS + glove/wet + structure
  • Best suited for OEM / ODM integration projects (not one-off consumer replacements)
Product Scope

Quick Fit Check

Touch technologies
  • Projected capacitive (PCAP)
  • Resistive (4-wire / 5-wire, application dependent)
Size range
7” – 32” (typical)
Interfaces
USB, I²C, RS-232 (technology dependent)
Cover options
Custom thickness, surface treatments available
Supply model
OEM manufacturing with long-term availability planning
Tip: If you share interface preference, mounting method, environment (gloves/wet), and target lifecycle, we can usually narrow down PCAP vs resistive quickly.
Choose your path:
Different stages need different answers.
Not sure yet → Fit check Engineering review → OEM workflow RFQ-ready → Size references
If you’re early-stage: send what you have (even a photo or sketch) — we’ll guide the rest.

Custom industrial touch screens & touch panels (PCAP & resistive) for OEM integration — tuned for gloves/wet touch and noise/EMI constraints.

Jump to: Fit Check • PCAP vs Resistive • Size Tables • FAQ
PROJECT FIT CHECK

Quick inputs for a correct touch recommendation

The right answer depends on your front structure, environment, and host system. Share the items below and we’ll confirm feasibility through sampling and tuning.

1) Stack-up

What is your front structure?

  • Cover glass thickness / printing
  • Bezel / gasket / air gap
  • Bonding target (air / OCA / LOCA)
2) Environment

How will it be used?

  • Gloves / wet touch / water rejection
  • Outdoor UV / sunlight readability
  • Temperature range / chemicals
3) System

What will it connect to?

  • OS: Windows / Linux / Android
  • Interface: USB / I2C / RS232
  • Noise context (grounding/shielding)
What engineering will deliver after review:
  • Feasibility notes on your stack-up (glass / gasket / bonding)
  • Recommended touch technology + structure (G+G / G+FF / 4-wire / 5-wire)
  • Controller/interface direction + OS driver considerations
  • Sample validation checklist and risk items
Or compare PCAP vs Resistive →
Core Engineering Principle (Read once)

Touch performance is defined by stack-up + controller tuning + system noise.

  • Cover lens thickness and black printing affect sensitivity and edge response
  • Air gap / OCA / LOCA changes the field response and optical/reflection behavior
  • Glove/wet behavior depends on controller capability + parameter tuning
  • Grounding/shielding/cable routing can cause false touches and missed touches
  • We confirm using your real stack-up whenever possible (sample + validation)
Early-stage? A photo of your front structure + OS + glove/wet requirement is enough to start.
Touch panel production and assembly

Integration success is confirmed by drawing review + sample validation (see Core Engineering Principle).

WHAT WE SUPPORT

Built for integration — not just “catalog specs”

Terminology: “Touch screen” here refers to the touch assembly (cover lens + sensor + controller setup) integrated with your display/module.

  • Technology: PCAP (G+G / G+FF) & Resistive (4-wire / 5-wire)
  • Interfaces: USB / I2C / RS232 (controller & OS dependent)
  • Customization: glass thickness, printing, bonding method, mounting method
  • Delivery: sample → validation → pilot → stable production
For a fast quote, send (if available):
  • Touch size + cover lens outer dimension / window
  • Display model & stack-up (glass / gasket / bezel / air gap)
  • OS & interface (USB/I2C/RS232)
  • Environment (gloves, water, EMI/noise, outdoor/UV, temperature)
  • Mounting & target MOQ / forecast
If you don’t have drawings yet, send a photo/sketch + target use case — we can start from there.
Compare PCAP vs Resistive View Size References
COMPARISON

PCAP vs Resistive — quick selection guide

Choose based on interaction style, environment, sealing needs, and host system constraints. For stack-up + noise behavior, refer to Core Engineering Principle.

Choose PCAP when you need:
  • Glass front + sealed / IP-rated design
  • Multi-touch gestures / modern UI
  • Better optical & “premium feel”
Choose Resistive when you need:
  • Stylus/pen driven single-touch input
  • Legacy/industrial control platforms
  • Cost control with stable operation in many terminals
Engineering note: If gloves/wet/noise matters, share your structure + OS + interface early for correct tuning direction.
Projected capacitive touch (PCAP) touchscreen example

PCAP (Capacitive Touch)

Best for modern UI, multi-touch, glass-front design, and sealed products — validated by stack-up review and tuning.

✅ Pros

  • Multi-touch gestures
  • Glass surface, premium feel
  • Great for sealed / IP designs

⚠️ Considerations

  • Needs stack-up tuning
  • Noise/EMI must be handled
  • Controller selection matters

Typical Applications

HMI panels, kiosks, POS, EV charging stations, medical UI, commercial displays.

Resistive touchscreen example

Resistive Touch

Reliable single-touch with stylus input. Strong choice for cost control, gloves usage, and legacy control systems.

✅ Pros

  • Stylus / pen friendly
  • Cost-efficient options
  • Stable in many control scenarios

⚠️ Considerations

  • Typically single-touch
  • Top film wear over time
  • Less “premium feel” than glass

Typical Applications

Industrial control, instrumentation, factory terminals, stylus-driven devices.

OEM CUSTOMIZATION

What we can customize for your touch integration

We confirm performance by drawing review + sample tuning, then lock specifications for pilot and stable production.

NDA supported. Typical engineering response within 12–24 hours (business hours, GMT+8).

Cover Lens

Glass & Surface

Thickness, printing, AG/AF/AR, chemical strengthening, edge treatment.

Sensor

Structure & Stack-up

G+G / G+FF, air gap or bonding target (OCA/LOCA), bezel/gasket fit.

Controller

Firmware & Tuning

Glove/wet touch, water rejection, noise/EMI tuning, OS driver behavior.

OEM engineering deliverables (typical):
  • Drawing review comments (outline / window / mounting / tolerance)
  • Stack-up recommendation (air / OCA / LOCA) aligned to sealing & optical needs
  • Controller/interface direction + tuning plan for glove/wet/noise
  • Sample approval checkpoints → pilot run lock → mass production control points
For stack-up + noise behavior, refer to Core Engineering Principle.
FAQ

Industrial touch screen FAQ (PCAP & Resistive)

Quick answers for OEM selection, interfaces, and sampling workflow.

How to choose PCAP vs resistive for gloves / wet touch?

PCAP fits sealed glass-front products and modern UI, but requires tuning for gloves/water/noise. Resistive is naturally glove/stylus friendly and stable for many legacy control systems.

Can PCAP work with thick cover glass?

Yes. Feasibility depends on structure + controller capability + system noise context.

See Core Engineering Principle for the one-time explanation.

What information is required for a fast quotation?

Size & outline (or closest), cover glass thickness/printing, display model (if any), OS, interface (USB/I2C/RS232), environment (gloves/water/UV/temp/chemicals), mounting method, and MOQ/forecast.

USB vs I2C vs RS232 — how to decide?
  • USB: common for Windows/Linux; easier driver behavior on many platforms.
  • I2C: typical for embedded/Android; chosen when mainboard/firmware controls touch closely.
  • RS232: for some legacy systems; used when host limitations require it.
How do you handle EMI/noise issues?

We treat noise as a system topic (grounding/shielding + controller strategy + tuning + validation).

See Core Engineering Principle for the one-time explanation.

Do you support OCA/LOCA bonding?

Yes. We align on air gap / OCA / LOCA based on optical, sealing, and reliability requirements and confirm through sample approval.

What is the typical workflow and lead time?

Requirements → drawing review → sample → validation → pilot run → stable production. Lead time depends on customization scope; we confirm timing in the quotation response.

WHY EAGLE TOUCH

Why Choose Eagle Touch

Built for real deployment — engineered for long-term stability, system compatibility, and OEM operating conditions (not lab-only specs).

What you get: feasibility check + BOM impact + lead-time range (project-based).
Procurement-ready workflow: traceable BOM · revision control · PCN support · NPI gates · audit-ready docs.
Compliance & documentation: Available by specific model/configuration. CE/EMC, RoHS, and FCC documentation or test report summaries can be shared for qualified OEM projects (NDA if required).
Quality & change control: Revision tracking, traceable BOM, and formal PCN notifications to support long-term supply and lifecycle management.
Stable in Field Deployment
Designed for long-run operation: thermal strategy, component selection, aging validation.
Evidence: validation plan + test summary (project-based, NDA).
OEM Customization Control
Glass, touch, brightness, housing, I/O, firmware — engineered per application requirements.
Scope: AG/AR/AF · bonding · sealing · mounting.
Engineering-First Communication
Direct technical discussion: drawings, stack-ups, integration notes, and validation planning.
Predictable Lead Time
Prototype → pilot → mass production with stable BOM and scalable capacity planning.
Control: NPI gates · PCN notifications.
CE/EMC documentation support
CE/EMC Docs
RoHS documentation support
RoHS Docs
FCC documentation support
FCC Docs
SIZE TABLES

Size references (for prepared projects — expand to view)

Use these as starting references. Final specifications are confirmed by drawing + sample approval.

How to use these tables:
  • Pick the closest VA/outline reference first
  • Final cover lens/window, bonding (air/OCA/LOCA), and controller tuning are confirmed by drawing revision + sample approval
  • For stack-up + noise behavior, see Core Engineering Principle
PCAP (Capacitive) — Standard Models (Expand Table)
P/NSizeThicknessWindow VA (mm)Sensor Outline (mm)Cover Lens (mm)
ET097F86149.7"3.9mm196.75 × 148.3199.75 × 151.3253.77 × 188.77
ETCG101A83-2.010.1"2.0mm217.96 × 136.6228 × 149229.60 × 151.00
ET101F805810.1"2.9mm217.96 × 136.6229.96 × 151.5254.96 × 172.6
ET101F805910.1"2.9mm222.5 × 125234.5 × 140247 × 150
ETCCG104A03-1.010.4"2.5mm213.6 × 161.00237.98 × 187.17255.20 × 202.50
ET104F806010.4"2.9mm211 × 158.4235.2 × 175.4245.1 × 192.5
ETCG104A06-1.010.4"2.85mm212.20 × 159.40239 × 179.4242.00 × 183.00
ET116F802311.6"2.9mm257 × 146270 × 159287 × 176
ETCG121A19-1.012.1"1.9mm247 × 186.6257.75 × 201.95259.75 × 203.95
ET121F806212.1"2.0mm246.76 × 185.32260 × 200.1274.16 × 220.9
ET133F806313.3"2.0mm295 × 166.6307.88 × 181.12335 × 197
ET140F806414"2.0mm311 × 176322 × 190335 × 200
ETCG150A30-3.015"2.45mm304.10 × 228.10304.10 × 228.10327.50 × 255.00
ET150F806615"2.0mm304 × 228.01323 × 243.5364 × 288
ETCG156A08-2.015.6"2.4mm343.54 × 192.83367.30 × 216.20380.5 × 234.58
ET156F806915.6"3.9mm344 × 194358 × 210383.91 × 233
ETCG170A11-2.017"2.45mm338.92 × 271.34338.92 × 271.34364.42 × 299.33
ET170F806817"2.9mm338.92 × 271.34356.92 × 290.84377 × 309
ETCG185A13-1.018.5"3.4mm410.80 × 231.40433.80 × 283.00460 × 283.00
ET185F807118.5"3.9mm410.8 × 231.40428 × 249.9448.8 × 269.4
ETCG190A13-1.019"3.4mm377.32 × 302.06403.32 × 331.06403.32 × 331.06
ET190F807219"2.9mm377.32 × 302.06395 × 320.26421 × 346
ET195F807419.5"2.7mm433 × 240.36447.4 × 257.8472.5 × 280.9
ETCG215A56-1.021.5"3.4mm478.00 × 269.80478.00 × 269.80508 × 303.80
ETCG215A72-2.021.5"2.45mm476 × 267.50492 × 288.61494 × 290.61
ETCG236A04-1.023.6"4.4mm522.65 × 295.20549.20 × 326.05587.00 × 356.00
ET236F8078—2.7mm522.28 × 294.22542.16 × 318.44555.5 × 343
ET236F8079—2.7mm522.26 × 294.22542.16 × 318.44555.5 × 343
ET238F808023.8"2.7mm527.04 × 296.46544 × 316.5570 × 342
ET270F808227"3.3mm598 × 336618.2 × 360.45658 × 416
ETCG320A02-1.032"3.35mm698.95 × 393.42721.50 × 416.65757.12 × 450.60
ETCG430A02-1.043"4.4mm943.20 × 535.50973.00 × 561.50994.20 × 587.30
ETCG550A01-1.055"4.3mm1210.8 × 6801251.6 × 716.421299 × 770
Note: If none of the standard PCAP models above matches your requirements, we can customize based on your size, structure, interface, and application needs.
Resistive (4-Wire) — Standard 10.1" to 24" (Expand Table)
P/NSizeThicknessOutside DimensionView AreaActive Area
ET-4101A010.1"1.4mm224 × 168.5207 × 156.5203 × 152.5
ET-4101A110.1"1.1mm233 × 143.8223.4 × 132.2221.4 × 130.2
ET-4101A710.1"1.4mm235 × 145.8223.42 × 133.65221.42 × 131.65
ET-4104A010.4"1.4mm225.55 × 172.95215 × 162.2211.2 × 158.8
ET-4106A010.6"1.4mm227 × 175215 × 165215 × 165
ET-4121AO12.1"2.0mm260.6 × 198.5250.5 × 188.9243.76 × 182.32
ET-4121A112.1"2.0mm271 × 206254 × 192248 × 186
ET-4121A212.1"2.0mm275.8 × 178264.1 × 166.2261.1 × 163.2
ET-4141A014.1"2.0mm319 × 204306 × 192302 × 188
ET-4150A015"2.0mm322 × 247310.5 × 236304 × 228
ET-4150A215"2.0mm321 × 247310.5 × 236304 × 228
ET-4151A015.1"2.0mm346.2 × 217331.2 × 207327.2 × 203
ET-4156A015.6"2.0mm358 × 208.5348 × 196346 × 194
ET-4170A017"2.0mm355 × 288341.5 × 275337 × 269
ET-4170A117"2.0mm362 × 278331 × 250320 × 240
ET-4171A017.1"2.0mm382.2 × 239.5367.2 × 229.5363.2 × 225.5
ET-4185A018.5"2.0mm429.37 × 253.6413.39 × 234409.79 × 230.4
ET-4190A019"2.0mm392 × 318376 × 303367 × 293
ET-4190A119"2.0mm396 × 323377 × 304375 × 300
ET-4190A219"2.0mm441.8 × 273418.6 × 253.6415 × 250
ET-4191A019.1"2.0mm426.8 × 275412 × 259406 × 253
ET-4192A019.2"2.0mm500 × 109.2481.1 × 92478.08 × 89.64
ET-4200A020"2.0mm462.8 × 272446.8 × 253.2442.8 × 249.08
ET-4216A021.6"2.0mm500 × 292.6481.5 × 272.6477.5 × 268.6
ET-4220A022"2.0mm488 × 310473.5 × 295471 × 293.8
ET-4220A122"2.0mm491 × 318477 × 300475.6 × 297.6
ET-4230A023"2.0mm534 × 313514 × 291510 × 287
Resistive (4-Wire) — Small Sizes (Expand Table)
P/NSizeThicknessOutside DimensionView AreaActive Area
ET-4043A04.3"1.0mm105.5 × 67.299 × 57.696.4 × 55
ET-4047A04.7"1.0mm113.7 × 69.3106.88 × 61.15105.28 × 60.15
ET-4050A35"1.1mm120.2 × 73.5116.2 × 67.5111.2 × 63.7
ET-4057A05.7"1.4mm132.5 × 104.7123 × 94.7116 × 87.7
ET-4060A06"1.4mm143.5 × 88135.08 × 77.67132.48 × 75.07
ET-4061A06.1"1.4mm148 × 82138.2 × 74136.2 × 72
ET-4062A06.2"1.4mm155.2 × 89140.7 × 80.4137.52 × 77.22
ET-4065A06.5"1.4mm155 × 89.3142.8 × 80142.8 × 80
ET-4069A06.9"1.4mm167 × 93159.3 × 84.4157.3 × 82.4
ET-4070A07"1.4mm164.8 × 103.8155.3 × 94.3152.4 × 91.44
ET-4070A17"1.4mm163.5 × 102.5154.4 × 93.44151.4 × 90.44
ET-4070A27"1.4mm168 × 94159.3 × 86157 × 83.8
ET-4070A37"1.4mm164.9 × 100157 × 90155 × 88
ET-4070A47"1.4mm165 × 106155 × 93.5152 × 91
ET-4071A07.1"1.4mm164.2 × 103.2155 × 94153.4 × 92.44
ET-4078A07.8"1.4mm185.7 × 118.4172.6 × 103169 × 99
ET-4078A27.8"2.3mm174 × 132.2163.5 × 123.9158 × 118.7
ET-4080A08"1.4mm183 × 141164.8 × 124.8161.8 × 121.8
ET-4081A08.1"1.4mm192.8 × 115.9182.1 × 105.4178.64 × 101.36
ET-4084A08.4"1.4mm184.8 × 149172.8 × 130.5168.8 × 126.5
ET-4084A28.4"1.4mm199 × 118.5189.9 × 108.6185.76 × 104.6
ET-4084A38.4"1.4mm187 × 141173.5 × 131170.5 × 128
ET-4089A08.9"1.4mm213.36 × 129.55198.16 × 116.55196.07 × 114.4
ET-4089A18.9"1.1mm205 × 125200 × 118.2198.4 × 117
ET-4090A09.0"1.4mm210.7 × 112.08201.1 × 115.15198 × 112.08
ET-4100A010"1.4mm255.2 × 61.4249.79 × 54.270.09 × 53
Resistive (5-Wire) — Standard Models (Expand Table)
P/NSizeThicknessOutside DimensionView AreaActive Area
ET-5102A010.2"2.0mm145.9 × 235136.11 × 224.9133.2 × 222
ET-5104A010.4"2.0mm174 × 229162.2 × 215158.8 × 211.2
ET-5121A012.1"2.0mm200 × 265188.9 × 250.5182.32 × 243.76
ET-5121A212.1"2.0mm178 × 275.8166.2 × 264.1163.2 × 261.1
ET-5141A014.1"2.0mm204 × 319192 × 306188 × 302
ET-5150A015"2.0mm247 × 322236 × 310.5228 × 304
ET-5156A015.6"2.0mm215 × 362.8196.8 × 374.54192.8 × 343.54
ET-5170A017"2.0mm288 × 355275 × 341.5269 × 337
ET-5185A018.5"2.0mm429.37 × 253.6412.97 × 234409.37 × 230.4
ET-5190A019"2.0mm318 × 392303 × 376293 × 367
ET-5190A119"2.0mm323 × 396304 × 377300 × 375
ET-5191A019.1"2.0mm276 × 426260 × 414256 × 410
ET-5200A020"2.0mm329 × 432308 × 410303 × 405
ET-5216A021.6"2.0mm292.6 × 500275 × 483.5270 × 478.5
ET-5220A022"2.0mm310 × 488295 × 473.5293.8 × 471
CONTACT

Ready for an Engineering Review?

Share your application and key requirements for Touch Monitors or Panel PCs. Our engineers will review feasibility, risks, and recommend the right configuration direction.

Best fit for OEM/ODM and integration projects. Typical response within 1 business day (GMT+8).
For RFQ, please include size/brightness, interface list, mounting, operating temperature, and target delivery date (if urgent).