Automatic water injection, degreasing, and welding all-in-one machine

1. Main equipment specifications: • 1. Working tube specifications: Sintered tubes, Ø5 mm to Ø8 mm, wall thickness 0.2–0.5 mm (excluding single- or double-sided powder‑coated tubes) • 2. Working tube length: 130 mm to 420 mm (total tube body length) • 3. Accuracy of water‑filling volume: ±0.025 g • 3. Workstation configuration: Automatic water filling + first removal + straightening + second removal + cooling + straightening + welding • 4. Production throughput (UPH): Approximately 450–600 tubes per hour (varies depending on vacuum time, tube type, and efficiency) • 5. Operational features: Fully automatic four‑station integrated machine. • 6. Operating process: Automatic water filling + vertical vacuum operation + straightening + second removal + straightening + welding (optional directional recognition for the second removal step) • 7. Yield rate: 99.5% • 8. Changeover time: Within 30 minutes for tubes of the same diameter; within 60 minutes for different diameters. • 9. Power supply voltage: 380 V; power consumption: approximately 20 kW • 10. Operating air pressure: 6–7 kg/cm² • 11. Equipment dimensions: Length 5,000 mm, width 1,200 mm, height 2,400 mm (including main frame and vacuum pump/hydraulic station frame) • 12. Equipment frame: Modular design (front and rear sections), welded square‑tube structure; surface finish can be customized per customer requirements, typically electrostatic gray paint • 13. Equipment weight: Approximately 2,500 kg

Automatic Degasser (8-Station Type)

1. Mandrel tube specifications: sintered tubes, Ø6 mm to Ø8 mm, wall thickness 0.2–0.5 mm (excluding single- or double-sided powder‑coated types). 2. Mandrel tube length: 130 mm to 420 mm. 3. Operating stations: 8 stations operating simultaneously. 4. Production rate (PPH): approximately 480–550 pieces per hour, depending on tube type. 5. Operation mode: switchable between an automatic vacuum machine and an integrated automatic water‑filling/vacuum unit. 6. Key features: automatic water filling combined with vacuum sealing in a U‑shaped configuration, producing no scrap material. 7. Workforce allocation: one operator can manage three machines concurrently, achieving an average output of 1,500 pieces or more per person. 8. Operation process: automatic water filling followed by automated vertical vacuum sealing. 9. Power supply: 380 V, power consumption approximately 10 kW. 10. Operating air pressure: 6–7 kg/cm². 11. Equipment dimensions: 2,450 mm long × 1,200 mm wide × 2,400 mm high (including main frame and vacuum pump/hydraulic station frame). 12. Frame construction: welded square‑tube structure; surface finish can be customized per customer preference, typically electrostatic gray paint. 13. Equipment weight: approximately 1,200 kg.

Manual Degasser (5-Station Type)

1. Mandrel tube specifications: φ6 mm to φ10 mm; replace with the corresponding sealing ring for each size. The equipment is supplied with one set of standard specifications (customizable upon customer request). 2. Mandrel tube length: 80 mm to 900 mm. 3. Workstations: Five work stations, with separate fine‑draw and coarse‑draw operations. 4. Production rate (PPH): Approximately 450–500 tubes per hour, depending on tube type. 5. Key features: Quick tube loading/unloading and flat‑blade sealing. 6. Tube handling method: Straight insertion and direct retrieval. 7. Vacuum gauges: Six Edwards APG100‑XLC vacuum gauges. 8. Vacuum valves: Ten pneumatic shaft valves, KF25 type; plus Y‑type valves HTC AVB‑KF25. 9. Vacuum pumps: Fine‑draw pump—Edwards E2M80 + EH 500; coarse‑draw pump—Edwards E2M18 (provided by the customer). 10. Personnel requirements: One operator per machine. 11. Power supply: 380 V, power consumption approximately 8 kW. 12. Compressed air supply: 5–6 kg/cm². 13. Equipment dimensions: Length 2,700 mm, width 900 mm, height 2,100 mm (including the vacuum pump and hydraulic station frame). 14. Frame construction: Welded square‑tube frame; surface finish can be customized according to customer preferences, typically electrostatic gray paint. 15. Equipment weight: Approximately 1,000 kg.

Automatic binary division machine

1. Mandrel specifications: Ø5 mm to Ø10 mm (different specifications require replacement of the corresponding heating block). 2. Mandrel length: 120 mm to 400 mm. 3. Orientation recognition: CCD imaging system for identifying laser‑etched lines on thin‑walled mandrels (etching located at the junction between the mandrel body and the tapered head); misidentification rate: 0.1%. 4. Workstation configuration: Single‑station operation. 5. Production throughput (PPH): Approximately 450–600 pieces per hour, varying with mandrel type. 6. Sealing characteristics: Hydraulic sealing, U‑shaped design (different mandrel sizes require replacement of the corresponding cutting blade); scrap material can be collected centrally. 7. Tilted operation: Fixed operating angle of 15°; no adjustment possible. 8. Sealing conditions: Four heating zones with adjustable temperature up to 200°C; direct sealing via a sliding mechanism (equivalent to time‑based mode). 9. Heating block length: 250 mm; different mandrel sizes necessitate replacement of the appropriate heating block; the equipment is equipped with D6 heating blocks. 10. Heating rods: Length 250 mm, diameter D8; power rating 300 W per rod, voltage 110 V; total of 16 rods. 11. Power supply: 380 V, power consumption approximately 7 kW. 12. Compressed air requirement: 6–7 kg/cm². 13. Equipment dimensions: 1,100 mm (length) × 1,000 mm (width) × 1,400 mm (height). 14. Equipment frame: Welded square‑tube structure; surface finish can be customized per customer—typically sky‑blue powder coating. 15. Personnel requirements: One operator can simultaneously manage 6–8 machines. 16. Equipment weight: Approximately 900 kg.

Manual double-decker machine

1. Heat pipe dimensions: 1) Pipe diameters: Φ5, Φ6, Φ8 (mm); 2) Effective length of heat pipe: MAX 350 mm L, MIN 50 mm L. 2. Heating method: Double-sided heating using high-grade red copper machining; heating length is 75 mm L. Heating temperature range: room temperature to 150°C. Mold can be quickly replaced (includes one set of Φ5 mold as standard). 3. Pressing method: Pressing molds are machined from SKD11 steel and undergo heat treatment at HRC 45–48°C. Molds can be rapidly interchanged; we provide the external dimensions and hole positions of the pressing molds, allowing customers to fabricate their own molds according to the specified shape. 4. Each workstation can produce one heat pipe, with a total of four workstations. 5. Two testing modes are available: 1) Temperature mode: Set time and temperature parameters to determine pass/fail; if pass, proceed with clamping and cutting operations (temperature measurement point located above the pressing mold, near the tube‑shrinking end). 2) Time mode: Adjust the heating time setting; once the preset heating duration is reached, perform clamping and cutting. 6. Hydraulic cylinders are used for pressing the copper tubes, while pneumatic cylinders cut off excess copper material. After completion, a pneumatic cylinder automatically ejects the finished heat pipe, which is then manually removed. The hydraulic power unit includes motor, cooling fan, hydraulic cylinder, hydraulic solenoid valve, oil tank, etc. 7. Time control is displayed digitally on the human-machine interface, while temperature is shown numerically via PID control, paired with an SSR solid-state relay. 8. The number of clamping cycles can be programmed; once the set limit is reached, the machine halts operation and displays an alert on the human-machine interface. 9. In case of abnormalities, an audible buzzer and a red indicator light serve as alarm devices. 10. Wear parts include the concave and convex dies used in the pressing process; customers are responsible for replacing these components based on their service life and number of pressing cycles. 11. Machine dimensions: 1150 mm (L) × 950 mm (W) × 2000 mm (H). 12. Working height: 1100 mm (H). 13. Voltage: 380 V, three-phase, four-wire, 50 Hz. 14. Full-load power consumption: 3 kW. 15. Compressed air source: ≥ 6 kg/cm², dry and clean air. 16. Lubricant: R32 lubricating oil.

Temperature Difference Tester

1. Work tube specifications: Ø5 mm ~ Ø10 mm 2. Working efficiency (PPH): approximately 500–650 pieces per hour 3. Equipment workstations: 4 stations 4. Power supply voltage: 220 V, frequency: 50 Hz 5. Air supply required for operation: 5–6 kg/cm² 6. Equipment dimensions: Length 1,400 mm, width 680 mm, height 1,100 mm 7. Equipment frame: Welded square-tube frame with a sky-blue baked finish

Power test machine

1. Work tube specifications: Ø5 mm ~ Ø8 mm 2. Equipment workstations: 8 stations for water-cooling testing 3. Test power range: 13 W ~ 50 W 4. Power supply: 1 heating power supply, with a total of 8 power supplies 5. Display: Industrial PC + 19-inch monitor 6. Operating air source: 5–6 kg/cm² 7. Equipment dimensions: Length 1600 mm, Width 1000 mm, Height 1850 mm 8. Equipment frame: Welded square-tube frame; surface coated with baked enamel; electrical control box in gray color

High-pressure helium pot – double-pot system

1. Equipment Structure: Dual‑pot switching operation 2. Effective Internal Dimensions: Diameter 600 mm × Length 1000 mm; pot body made of 8 mm thick SUS304 stainless steel 3. Safe Operating Pressure: 0–6 kg (recommended) 4. Gas Used: Helium 5. Safety Valve: Taiwan‑made SS model, with a factory‑set safety pressure of 7 kg 6. External Dimensions: Length 2000 mm × Width 2500 mm × Height 1500 mm 7. Voltage: 220 V; Power: 1 kW 8. Welded square‑tube frame with baked finish