Advanced Cold-Press Manufacturing
Advanced Cold-Pressed Smart Card Manufacturing
Room-temperature potting and pressing integrate PCBA, batteries, buzzers, e-paper, NFC, BLE, UWB, LoRa, and sensors into smart cards and labels.
Room temperatureLower thermal risk
0.76-4mmThin card structure range
IP protectionDustproof and waterproof packaging reviewed by project test conditions
No tooling requiredFast validation and appearance variants
Cold pressing packages electronic modules into thin card bodies.
It is a packaging process for thin smart hardware. After functional modules are integrated onto PCBA, room-temperature potting and pressing create a stable card or label structure.
Adhesive potting
Perform adhesive potting at room temperature so key structural areas are evenly covered.Room-temperature pressing
Cure the adhesive through room-temperature pressing and reduce thermal impact on components.Cold pressing balances thinness, protection, and customization speed.
It suits complex card and label products where thermal risk, thickness, appearance variants, and validation speed matter.
0.76-2.0mm common card range
Compared with thick injection-molded cards, it suits wallet cards, badges, display cards, and flexible labels.Full adhesive encapsulation
Adhesive encapsulation protects batteries, PCBA, and components against moisture, dust, and daily impact.Fast appearance variants
Suitable for multi-SKU validation, pilot runs, and branded customization with lower early mold investment.Built for complex modules
Supports structural design around e-paper, ultra-thin lithium batteries, light-energy panels, biometrics, and wireless modules.Room-temperature processing better protects heat-sensitive modules.
Traditional hot lamination suits simpler card structures with clear heat tolerance. Cold pressing is better for multi-module, heat-sensitive, thin electronic products.
Advanced cold press
Traditional hot lamination
Production flow is built around electronic reliability.
A cold-pressed product is judged by PCBA testing, potting coverage, pressing stability, RF, acoustics, waterproofing, pressure resistance, and final consistency.
SMT/DIPPCBA production and module assembly.
PCBA testConfirm circuit and module status before pressing.
Sheet inspectionCheck top sheet, bottom sheet, printing, and window positions.
Potting and pressingControl coverage, voids, overflow, and deformation.
Final testValidate function, appearance, RF, sound pressure, waterproofing, and pressure resistance.
ShipmentComplete sampling inspection, packaging, and delivery.
Cold pressing supports multiple thin smart-hardware formats.
Each product has different requirements for card thickness, component height, display protection, antenna clearance, and acoustic cavity. Appearance, dimensions, printing, firmware, and testing can be customized for the customer program.
Standard tracker card
Integrates BLE, an ultra-thin battery, buzzer, button, and antenna into a cold-pressed card for Apple Find My, Google Find Hub, or Samsung SmartThings Find programs.
E-paper and payment display cards
Integrates e-paper, secure ICs, NFC, buttons, or biometric modules with attention to display protection, window accuracy, and card bending.
Smart badges and personnel cards
Combines e-paper, NFC, BLE, AOA, UWB, or LoRa for healthcare, campus, and personnel-management programs.
Light-energy trackers and asset labels
Integrates flexible PV, energy storage, and low-power hardware into a thin structure to supplement energy from ambient light and reduce maintenance.
Four performance areas to validate before production
Testing should cover more than power-on behavior, including wireless performance, acoustics, waterproofing, drop, pressure, and long-term reliability.
RF performance
BLE advertising, connection stability, antenna clearance, and card material impact.Acoustic behavior
Buzzer cavity, sound port position, adhesive coverage, and enclosure damping.Structural reliability
Bending, pressure resistance, drop, edge sealing, waterproofing, and appearance consistency.Power strategy
Ultra-thin battery, supercapacitor, photovoltaic harvesting, standby current, and wake strategy.Cold-pressed card prototyping requirements
Share drawings, target thickness, module list, and volume range. Yuli will confirm the stack-up, acoustics, antenna layout, power design, waterproofing requirements, and prototype plan.
Size and thicknessLength, width, target thickness, local protrusions, and window requirements.
Module listPCBA, battery, buzzer, e-paper, NFC, sensors, and photovoltaic layer.
Reliability requirementsWaterproofing, dustproofing, pressure resistance, drop, aging, and appearance consistency.
Production dataExpected volume, appearance variants, test fixture, packaging, and delivery schedule.