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Product Model: HT-6437

Product Name: 3D Heat Transfer Machine

HT-6437 3D Heat Transfer Machine

core Abstract
The HT-6437 is a semi-automatic heat transfer machine specifically designed for 3D curved surfaces and irregularly shaped products. It is widely used in footwear (such as flip-flop/sandal soles), stationery, and plastic gift manufacturing. Featuring an electric-drive and pneumatic linkage control system, it achieves a high production speed of up to 15 cycles/min. Combined with a high-precision film feeding system and pressure buffering mechanism, it ensures full coverage and strong adhesion on complex curved surfaces—making it an ideal choice for high-capacity, multi-material transfer applications.

I. Product Overview

  • Product Category: Packaging & Printing Equipment - 3D/Irregularly Shaped Heat Transfer Equipment
  • Application Scenarios: Specially designed for heat transfer printing on products with 3D curved surfaces, irregular shapes, or flat surfaces. Typical applications include: flip-flop/sandal soles, stationery boxes, irregularly shaped decorative pieces, electronic product casings, etc.
  • Core Function: Combines pneumatic pressure with electric drive to precisely transfer colorful patterns from the heat transfer film onto the surface of 3D stereoscopic products, ensuring complete coverage and a tight fit to the surface contours.

II. Core Advantages

  1. High-Efficiency Operation: Printing speed reaches up to 15 times/min, which is much higher than conventional bucket transfer equipment, making it suitable for high-volume, rapid production.
  2. High-Precision Film Feeding: Equipped with a high-precision foil feeding control system to effectively avoid film misalignment and ensure pattern consistency.
  3. Electrical-Pneumatic Linkage Control: Utilizes electric drive control combined with pneumatic pressurization, resulting in faster action response and finer pressure adjustment.
  4. Stable & Durable Structure: The gross weight of the machine reaches 200kg, making the body structure more stable. It can withstand higher pressure output without shaking. Key components undergo chromate treatment to ensure precision during long-term, high-intensity operations.

III. Technical Specifications

Parameter Specification
Model HT-6437
Heat Transfer Size 100 * 300 mm
Operation Mode Pneumatic
Control Mode Electric drive
Printing Speed 15 times/min
Voltage 220V 50~60Hz
Air Pressure 0.4T
G.W./N.W. 200 kg
Packaging Dimension 1620 * 950 * 630 mm
Automatic Grade Semi-auto

IV. Sales Recommendations & FAQ

Sales Recommendations:

  • Target Customers: Footwear manufacturers (especially EVA/rubber sandals), gift customization businesses, and small plastic product factories.
  • Marketing Focus: Highlight "versatility" and "high production efficiency." Since this model supports 3D irregular shape transfer, its wide applicability in the footwear and decorative items industries should be emphasized.
  • Configuration Requirements: This equipment is pneumatically driven; customers only need to configure an air compressor of around 0.6Mpa to meet daily production needs.

FAQ (Frequently Asked Questions):

  • Q: Can this machine transfer patterns onto uneven or bumpy surfaces?
    • A: Yes. The HT-6437 accommodates 3D surface pattern transfers with certain contours through a specially designed pressure buffering mechanism.
  • Q: Is the pattern durable and wear-resistant after transfer?
    • A: The transfer effect depends on the compatibility between the film material and the product material. When paired with the appropriate film, the transferred pattern can achieve extremely high wash-resistant and wear-resistant standards.
  • Q: Does it support manual film feeding?
    • A: Yes. The equipment features a manual film feeding adjustment mode, making it convenient for precise alignment during the first-piece sampling.

V. Media & Material Library

  • Operation Demo Video: Click to watch on YouTube
  • Samples Reference:
    • Footwear: Full-color pattern transfers on the surfaces of flip-flops and sandals.
    • Irregular Parts: Curved plastic parts, gift packaging, etc.

VI. Workflow

  1. Debugging & Preparation: Connect the 220V power supply and air source, and set the required transfer temperature (usually set between 180-210°C depending on the product material).
  2. Film Loading & Positioning: Install the 3D heat transfer film onto the film roller, and use the photoelectric sensor to lock the pattern position.
  3. Manual Loading: Place the product to be transferred (such as a shoe sole) onto the base tooling/fixture.
  4. Start Operation: Trigger the switch, and the machine will automatically complete the cycle: "pressing down - heat transfer - returning to position."
  5. Waste Film Rewinding: After the transfer is complete, the machine automatically rewinds the waste film via the electric drive and pre-positions the next pattern.
  6. Finished Product Inspection: Manually remove the finished product and inspect the transfer completeness on the edges and curved sections.

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