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17.3 Inch 1200nits High Brightness Industrial TFT LCD Display
MODEL: HT173FHD-1000
BRIGHTNESS
1200
nits
SIZE
17.3
inch
RESOLUTION
1920*1080
ASPECT RATIO
16:9
SERVICES
- Accountability: Every unit ships standard with CE/FCC/RoHS certification. UL/CCC/EAC certification can be arranged upon request — additional cost and lead time apply depending on the specific standard; please contact us for a quote before ordering.
- Return Policy: 12-month warranty with remote troubleshooting first, followed by free replacement and expedited reshipment once a hardware fault is confirmed.
- Lead Time: 2–3 weeks for standard products, 4–6 weeks for custom orders, and 6–8 weeks for bulk orders of 500+ units, with clear scheduling confirmed before order placement.
- Customer Support: 24/7 engineering support with a direct WhatsApp link on the website, ensuring fast responses across time zones without waiting on email.
- Production Capacity: Monthly production capacity: 12,000+ units (customizable specs), supporting both small-batch prototyping and large-volume orders.
- Inventory & Lead Time Assurance: We maintain safety stock of common panel sizes and standard components to buffer against supply chain fluctuations. For repeat orders, we offer scheduled/forecasted production slots to guarantee on-time delivery.
Need customized solution?
Our engineering team is always ready to provide you with professional technical support and flexible customized services.
Understand light customization servicesTechnical Specifications
| LCD PANEL PARAMETERS | HDMI/CONTROL BOARD SPECIFICATIONS | ||
|---|---|---|---|
| ITEM | DETAILS | ITEM | DETAILS |
| Description | HITULCD 17.3" QLED QUANTUM DOT HIGH COLOR GAMUT | Input Interface | HDMI, VGA， |
| Size | 17.3 | Power Input | DC 12V-3A |
| Display area (mm) | 381.888×214.812 mm (H×V) | OSD KEYS | 5 KEYS (POWER SWITCH, MENU, +, -, EXIT) |
| Resolution | 1920*1080 | OSD CONTROL | BRIGHTNESS, COLOR, CONTRAST, AUTO ROTATION, H/V POSITION, ETC. |
| Aspect ratio | 16:9 | ||
| Contrast ratio | 600:1 | ||
| Pixel per inch (PPI) | 127 | ||
| Viewing angle | 160(H),140(V) | ||
| Display Colors | 16.7M, 72% NTSC | ||
| Response time(Typical) | 37/3 (Typ.)(Tr/Td) ms | ||
| Signal Type | LVDS (2 ch, 8-bit) 30pins | ||
| Backlight | WLED, 50K hrs, With LED Driver | ||
| Power consumption | 20W | ||
| Dimensions (mm) | 403×240×13 mm (H×V×D) | ||
| Mounting | VESA | ||
| Bezel size (U/B/L/R) | 10/10/13/13 | ||
| Operating temperature | 0℃～+70℃ | ||
| Storage temperature | -20℃～+60℃ | ||
| Weight (Net) | 1.1KG | ||
OEM/ODM Full-Process Customization Service – Panel to Terminal, One-Stop Engineering Implementation
Target Audience: Overseas Engineers / Procurement Managers / Project Leads
Standard products are only a starting point, not a final solution. Most clients cooperate with us because standard sizes, interfaces and appearances fail to meet the structural constraints or brand requirements of their end devices. As a display manufacturer with in-house production lines, we deliver full-link customization capabilities covering display panel parameters, structural craftsmanship and software branding. We help your products achieve genuine market differentiation instead of simple casing replacement and labeling.
1. Display Performance Customization — Beyond Basic Functionality, Precise Scenario Matching
Resolution & PPI CustomizationWe support multiple resolution solutions including HD, FHD, 2K and 4K. Pixel density (PPI) can be adjusted according to end-product UI design requirements to ensure clear icons and fonts at specific viewing distances, eliminating the common mismatch issue between universal panels and application scenarios.
Brightness Customization (500–5000 nits)The brightness range covers indoor office scenarios and outdoor strong sunlight exposure environments. We optimize the backlight driver solution and heat dissipation structure accordingly, ensuring no service life reduction or brightness attenuation caused by heat under high-brightness operation.
Touch Solution CustomizationMultiple touch technologies are available, including PCAP capacitive touch, waterproof touch and glove-compatible touch. Lamination processes (Air Bonding / Optical Bonding) between touch and display layers can be flexibly selected based on cost budget and optical performance requirements.
2. Structural & Process Customization — Tailored for Your Exact Devices
Open Frame CustomizationCustom open-frame structural design supports seamless embedded integration. Installation dimensions, fixing holes and wiring openings can be fully customized per your complete machine structural drawings, avoiding secondary modification of device housings.
Housing Design CustomizationFull appearance customization is available, covering colors, material textures and detailed structural adjustments. We help your products build independent brand recognition in the terminal market, breaking the homogeneity of generic mold products with simple stickers.
Interface Solution CustomizationInterfaces including HDMI, DP, VGA, USB, RS232 and RJ45 can be configured on demand. Control board solutions can be customized to match the signal protocols of your existing system, reducing conversion costs in system integration.
Optical Bonding ProcessProfessional Optical Bonding technology improves visibility under outdoor sunlight, reduces fogging and dust ingress risks, ideal for harsh environments such as transportation, energy and industrial sites.
3. Brand & Software Customization — Brand Exclusive Product Experience
Boot Logo & UI CustomizationCustom boot animations, startup logos and system UI styles are supported. Every device delivers your brand image from the moment it is powered on.
Firmware & Software IntegrationWe conduct in-depth firmware adaptation and development based on application scenarios, supporting docking and joint debugging with your existing software systems or cloud management platforms — rather than merely providing generic plug-and-play display panels.
Packaging & Marking CustomizationCustom private packaging boxes, user manuals, labels and compliance markings are available, ensuring consistent brand presentation from factory delivery to end-user application.
4. Why Clients Choose Us for Custom Projects
Core Capabilities | Our Practical Advantages |
|---|---|
In-House Production Lines | All processes including cutting, lamination, assembly and aging testing are completed in our own factory without third-party subcontracting, ensuring stable and consistent process quality. |
Direct Engineer Communication | Clients communicate directly with design and production engineers instead of sales intermediaries, minimizing requirement deviation and enabling faster response. |
Flexible MOQ | The minimum order quantity is flexibly adjusted according to project phases (sampling → small-batch trial production → mass production), with no mandatory bulk inventory pressure. |
Stable Lead Time | 2–3 weeks for standard products; 4–6 weeks for customized projects; 6–8 weeks for bulk orders of 500+ units. All delivery timelines are formally confirmed in quotations. |
Full Certification Coverage | CE / FCC / RoHS / ISO9001 certifications are standard. Additional certifications such as UL / CCC / EAC can be applied for target markets. |
Long-Term Supply Guarantee | We provide long-term supply commitments for industrial projects, avoiding supply discontinuation risks after solution finalization. |
Typical Customization Scenarios
Transportation Terminals: On-board information screens, platform guidance screens — requiring wide-temperature resistance, shock-resistant structures and customized installation dimensions
New Energy Equipment: Charging pile HMI screens, energy storage monitoring screens — requiring high brightness, anti-glare performance and customized IP protection levels
Construction Machinery: Cockpit human-machine interfaces — requiring strong sunlight visibility and structurally reinforced designs for vibration environments
Retail Self-Service Terminals: Self-ordering & parcel locker screens — requiring branded appearance design and customized touch interaction solutions
Special & Military Equipment: Wide-temperature research terminals, portable command terminals — requiring extreme environment adaptability and customized structural design
Our Customization Process (From Requirement to Mass Delivery)
1. Requirement Communication: Submit complete machine structural drawings, application scenarios, budget and expected lead time
2. Solution Evaluation: Our engineering team delivers feasibility reports, clarifying technical boundaries and potential risks
3. Prototype Verification: Complete first sample production within 7–15 days for your assembly and functional verification
4. Small-Batch Trial Production: Verify mass production consistency and yield rate, and finalize all production processes
5. Mass Production & Delivery: Deliver products stably per agreed timelines, with complete quality inspection reports and traceable records provided
We do not provide superficial accessory-level customization. We treat every OEM/ODM project as a complete engineering cooperation. Starting from your complete machine requirements, we reverse-design the optimal panel solution, eliminating the need for your products to adapt to off-the-shelf generic panels.
17.3” 1200nits Industrial TFT LCD – Custom Size Cutting Technical Capability Statement
Model No.: HT173FHD-1000
Target Audience: Overseas Engineers, Procurement Managers, Project Leads
For irregular structural integration, embedded device installation, and legacy model upgrade projects, customized non-standard cutting based on the standard 17.3” LCD panel is commonly required to match existing structural parts, bezels and mounting positions. This document standardizes our process and capability boundaries for custom cutting services from three core dimensions: technical craftsmanship, reliability assurance, cost and lead time. It supports accurate pre-order evaluation for your projects.
Brand: HITULCD | Shenzhen Hantujiavi Technology Co., Ltd.
I. Technical Process & Feasibility Evaluation
1. Cutting Solution: Mechanical Wheel vs. Ultrafast Laser
We select the optimal processing solution according to cutting positions and dimensional tolerance requirements:
Mechanical Wheel Cutting: Suitable for straight-edge rough cutting in non-wiring areas. It features lower cost and shorter lead time with relatively higher edge stress, achieving a standard tolerance of ±0.3mm.
Ultrafast Laser Cutting (Cold Processing): Designed for cutting near Gate/Source circuits, irregular corners, and micro-crack sensitive scenarios. It delivers minimal thermal impact and a high precision tolerance within ±0.1mm, serving as the preferred solution for wiring zone cutting.
Our engineering team will provide a written solution recommendation in the evaluation phase, based on whether the cutting line covers the active AA display area, wiring area or panel packaging edge.
2. Wiring & Circuit Avoidance
To complete accurate feasibility assessment before solution confirmation, please provide the following documents:
Complete mechanical drawings of the original panel (marked with AA area, Gate/Source wiring area, COF/COG bonding area)
Customized outline dimension drawing with clear cutting line position and tolerance requirements
Structural interference dimension data (if any buckles or limit ribs are involved)
Our engineers will compare the drawings with official panel specifications to verify whether the cutting path will touch wiring circuits or TFT array active areas, and mark corresponding risk levels in the evaluation report.
3. Edge Finishing Standards
All cut glass edges comply with strict industrial-grade quality control standards:
Edge chipping width ≤ 0.05mm
Micro-crack depth controlled within 5% of glass thickness, with 100% visual inspection + sampling stress testing
Uniform chamfering and grinding treatment after cutting to prevent secondary cracking during installation or drop impact
II. Reliability & Edge Sealing Assurance
1. Edge Sealing Technology
Cut open edges face risks of liquid leakage and moisture penetration. We adopt a composite protection process of UV curing dispensing + secondary edge encapsulation: The cutting edges are precisely filled and sealed with UV glue first. Additional waterproof tape or structural secondary edge wrapping is applied on demand to ensure consistent moisture resistance between cut edges and original factory packaged edges.
2. Reliability Testing Criteria
All cut modules are retested per industrial-grade standards (adjustable to consumer-grade based on project demands) with the following benchmark criteria:
Dual 85 High Temperature & Humidity Test: 85℃ / 85% RH, minimum 240 hours with no functional failure or edge liquid leakage
Thermal Shock Test: -20℃ ~ 60℃, 50 cyclic tests with no functional or optical performance degradation
Structural Drop Test: 1-meter six-sided drop test under packaged condition with no crack expansion on the screen
We can provide test reports of previous similar cutting projects for reference. Final valid data is subject to mass sampling verification according to actual cutting size and position of each project.
3. Optical Performance (Light Leakage & Mura Control)
Edge light leakage and color mura are mainly determined by the relative position between cutting lines and backlight/light guide plate edges, as well as the consistency of sealing glue thickness. We conduct full grayscale visual inspection during the sample phase to eliminate edge light leakage and color unevenness, and lock the mass production process only after full compliance confirmation.
III. Cost, Yield & Lead Time
1. R&D & Sampling Cost
Custom cutting projects involve non-recurring engineering (NRE) fees for fixture development, programming and first-piece evaluation. The final cost depends on cutting complexity (straight cutting vs. irregular multi-edge cutting) and new fixture development requirements. We will deliver a clear formal quotation after receiving your drawings.
Sampling Lead Time: 2–3 weeks for standard orders (20pcs). Complex irregular cutting or new fixture development projects take approximately 4 weeks.
2. Mass Production Yield & MOQ
Production Yield: Stable yield above 95% for conventional straight-edge cutting projects; 90% yield for wiring-area and irregular multi-edge cutting projects (final yield verified by sampling).
MOQ Rule: Standard panels support 1-piece trial order. Custom cutting MOQ will be reconfirmed in the quotation based on fixture cost and yield assessment. A mass order of 100–500pcs is recommended to average down tooling costs.
Mass Production Lead Time: 4–6 weeks for regular custom cutting orders; 6–8 weeks for bulk orders above 500pcs. All delivery schedules will be confirmed in writing before order placement to avoid scheduling changes.
Why Choose HITULCD
In-house Production & Factory Direct Supply: All cutting, dispensing and testing processes are completed in our own production lines with no intermediate markup. Direct engineer-to-customer technical communication supports efficient evaluation.
Full Qualification Certification: CE / FCC / RoHS / ISO9001 certified. UL / CCC / EAC certifications can be supplemented on project demand.
Transparent Commercial Terms: Cutting solutions, yield estimation, MOQ and lead time are all formally confirmed in quotations with no post-order temporary adjustments.
7×24 Global Technical Support: Direct WhatsApp support via official website for cross-timezone rapid technical response.
Please send your cutting drawings or structural assembly diagrams to our engineering team. We will deliver a formal feasibility evaluation report and preliminary quotation shortly.
Know The Terms Before You Inquire.
No surprises after you send an inquiry. Shipping terms, order minimums and payment protection are all confirmed upfront.
|
01 — Shipping Terms
Incoterms Available
EXW
Ex Works — pick up from our factory
FOB
Free On Board — most common for ocean freight
CIF
Cost, Insurance & Freight — to your port
|
02 — Order Minimum
MOQ: 1 Units
Applies to standard specifications. Custom brightness, size-cutting or bezel design may adjust MOQ — confirmed at quotation stage, not after deposit.
Sample units available before bulk order
|
03 — Payment Protection
Multiple Secured Methods
|
✓ All terms confirmed in writing on your quotation — before any deposit is requested.
Request A Quote →
A Real Factory. Publicly Verifiable.
Before you send an inquiry, check us out yourself. All the information below is on public record with Chinese government business registries.
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Legal Company Name
Shenzhen Hantu Jiashi Technology Co., Ltd.
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Unified Social Credit Code
91440300306068446B
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|
Legal Representative
YUN CHEN
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Registered Capital
RMB 2,000,000
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Established
May 23, 2014 (11+ years in operation)
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Business Status
● Active / In Operation
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Registered Factory Address
Building B, Gangshen Innovation Park, Huaning Road, Dalang Sub-district, Longhua District, Shenzhen, Guangdong, China
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✓ We maintain full transparency on all official company filings held by Chinese government regulators. If you’d like to confirm our physical factory location ahead of discussions, our registered address is fully searchable on Google Maps.
View On Google Maps →
Contact HITULCD
We'll respond via email within 24 hours. If you'd like to discuss details over WhatsApp or a call, please leave a preferred time and contact method in your message — we will never call you unannounced.
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