I. Main Functions / Applications
Semi-automatic heat transfer printing on cups is realized by manually loading cups, automatic positioning and in-place detection by the machine, automatic film positioning, and activation via start button.
Only one operator is required, which greatly improves production efficiency and reduces labor cost.
II. Main Products & Specifications
360° heat transfer printing on the outer surface of cups.
Max printing area: adjustable up to Height 200 mm * Diameter 250 mm.
III. Production Flow
- Manually install the transfer film on the unwinding/rewinding frame and place the cup onto the fixture.
- Machine automatically positions the cup and detects whether it is properly loaded.
- Press the start button.
- Heating head lowers to complete 360° full-circle transfer printing on the cup.
- Heating head rises and automatically peels off the film.
- Manually unload the printed cup and load a new blank cup for the next cycle.
IV. Main Technical Parameters & Configurations
1. Basic Parameters
- Voltage: 220V
- Temperature control range: Room temperature ~ 250°C
- Power: 4.5 kW
- Max transfer pressure: 300 kg
- Max transfer area: Height 200 mm * Diameter 250 mm
- Output: 4000–6000 pcs / 10 hours
2. Equipment Configuration
- The whole machine adopts a reinforced and thickened steel structure with reinforced welding ribs on columns, ensuring high durability.
- The body is coated with automotive-grade paint via high-temperature baking, featuring an elegant appearance, environmental protection, non-toxicity, and long-lasting color.
- All screws are 304 stainless steel, connected with HCH bearings for firmness and durability.
- High-hardness aluminum parts are precisely processed by large CNC machining centers, with high-grade silver oxidation sandblasting finish.
- Intelligent control system capable of storing multiple groups of operating parameters. Touchscreen HMI for simple and user-friendly operation.
- Dual-temperature control heating design ensures more stable ink adhesion.
- Full servo control: machine operation and fixture movement are driven by servo motors, ensuring stable swinging motion and effectively eliminating wrinkling.
- Automatic positioning for cup printing position, equipped with original imported OMRON fiber optic sensors.
- Adjustable printing temperature, pressure, speed, transfer delay, film winding delay, and heating head height to meet various printing requirements.
- Magnetic powder structure for film tension control, plus CNC motor-driven material collection, improving film tension stability and positioning accuracy.
- Equipped with automatic unwinding/rewinding mechanism and imported Taiwanese sensing switches for accurate automatic film positioning, greatly improving efficiency.
- Imported switches and buttons ensure long service life and high sensitivity.
- Adopts Taiwan TAIWAN TABANG motors for stable overall operation.
- External footswitch is provided, with manual / automatic / footswitch three operation modes for higher efficiency.
V. Environmental & Safety Configurations
| Item |
Standard |
Acceptance Standard |
| Mechanical Protection |
Designed and manufactured in accordance with national and industrial standards to prevent accidents caused by misoperation. Reliable protective devices are installed at dangerous parts (mechanical engagement, rotation, moving parts), with obvious warning labels and instructions. Motor rotation direction is clearly marked; exposed transmission parts are protected by covers. Protective structures are installed for moving parts within 2 meters. Safety baffles are made of transparent PC board with thickness ≥ 3mm. |
With labels; rotating parts (chains, etc.) are not exposed and equipped with protective covers; safety guards installed around all moving parts. |
| Electrical Wiring |
Electrical system complies with national safety standards, equipped with independent control cabinet. Inlet power adopts standard connection (3-phase 5-wire or 1-phase 3-wire). Main power switch matches actual power consumption. Effective earthing and leakage protection with clear marking. Strong and weak currents are separated; all wiring is fully enclosed. |
On-site operation and function inspection. |
| Environmental Requirements |
Noise, wastewater, exhaust gas, and solid waste discharge meet national and industrial standards. |
In accordance with national and industrial standards; noise ≤ 60 dB (measured at 1–1.5 meters from the source). |
| Marking & Instructions |
Necessary safety warning labels and operation guidelines are posted. Wiring in control cabinet is clearly marked with professional printed cable markers. Piping and wiring are standardized in color and layout with clear text labels and flow direction indicators. Valves are marked as normally open/closed. Instruments comply with standards, with color zones (red: danger, yellow: abnormal, green: normal). High-voltage capacitor area is marked with “Discharge before maintenance" warning. |
In accordance with national and industrial standards. |
| Key Components |
Installed in collision-resistant positions. |
Kept away from all moving mechanisms. |
VI. Technical Documents & Standard Accessories
1. Equipment Documents
| Document Name |
Content |
| Equipment Nameplate |
Indicates product name, model, brand, production date, serial number, manufacturer, dimensions, weight, installed power, power supply, etc. |
| Operation Manual |
1 printed copy + 1 electronic copy |
| Others |
Factory inspection certificate or test report |
2. Consumables & Accessories
- Complete set of operation manuals, plus a list and a full set of commonly used tools.
- Factory inspection certificate or quality test report for the new machine.
VII. Training Requirements
Training is divided into pre-installation training and on-site training, including but not limited to:
| Training Content |
Requirement |
| Operating principle & functions |
Theoretical introduction |
| Equipment operation & demonstration |
Theory + on-site training |
| Product changeover, tooling & fixture replacement |
Theory + on-site training |
| Equipment maintenance & care |
Theory + on-site training |
| Common troubleshooting |
Theory + on-site training |
| Safety operation & emergency handling |
Theory + on-site training |
1. Pre-installation Training
After signing the formal commercial contract, the buyer will be notified by email or phone when the machine starts assembly.
The buyer may send technicians to our factory for on-site learning of assembly, operation, maintenance, and servicing.
We will fully answer all questions and ensure the buyer’s personnel can independently operate and maintain the machine.
2. On-site Training (After Delivery)
On-site training is conducted before the machine is put into production.
After the machine is delivered to the buyer’s factory, our technicians will arrive at the agreed time for installation and commissioning.
During commissioning, the buyer’s production, technical, and management personnel may ask any questions about the machine.
Training continues until operators can independently run the machine and solve basic commissioning issues.
Both parties will sign the Equipment Operation & Maintenance Training Record upon completion.
VIII. Payment & Warranty
-
Payment Terms
50% deposit upon order placement; balance paid in full after inspection and acceptance at our factory.
The ownership of the machine remains with the supplier until full payment is received.
-
Lead Time
Shipment within 20–25 working days after receiving the deposit (excluding legal holidays).
-
Warranty Period
- One-year warranty under non-human-induced damage.
- Free parts replacement or repair within the warranty period.
- Lifetime paid service after the warranty period.
- Fees for parts and travel will be charged for damage caused by human error or improper operation.
- Long-term technical consultation is provided.
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