Dispatch Time : 15 to 20 working days from the date of order & payment. Please note this is the standard lead time & it can not be changed

Delivery Time : 5 to 6 working days from the date of dispatch

In transit damage - All in transit damage is covered by us, provided customer informs us about the damage within 24 to 48 hours from the time of delivery. No in transit damage will be covered if there is a delay beyond 48 hours.

Refund/Cancellation/Exchange - Please note no refund, cancellation & exchange is applicable to this product. Once order is paid for no refund or cancellation or exchange will be allowed.

Industrial Filament Drying Solution for High-Temperature 3D Printing Materials

The Vacuum Heating Oven is a precision-engineered vacuum drying system for advanced 3D printing applications. It is ideal for drying moisture-sensitive, high-performance thermoplastics such as PEEK, PEI (Ultem), PPSU, PSU, and other engineering-grade filaments before printing.

Moisture in high-temperature polymers can cause bubbling, poor layer adhesion, surface defects, and reduced mechanical strength. This vaccum heating oven ensures deep, uniform, and controlled moisture removal under vacuum conditions — far superior to conventional filament dryers.

---

Why Vacuum Drying for High-Temp Filaments?

High-performance materials like PEEK and PEI absorb moisture from air. Standard hot-air drying often fails to remove deeply absorbed moisture.

Vacuum drying:

• Lowers boiling point of moisture
• Enables effective drying at controlled temperatures
• Prevents oxidation
• Protects filament material integrity
• Improves print strength and surface finish

---

Technical Specifications

Parameter	Specification
Chamber Size (Dia x Depth)	250 x 300 mm
Internal Size (Approx.)	10" x 12"
Capacity	15 Liters
Heating Load	2.0 kW
Temperature Range	Ambient +10°C to 200°C
Temperature Accuracy	±5°C
Temperature Controller	Microprocessor Based PID Digital Controller
Vacuum Range	0–760 mmHg
Vacuum Pump	Compatible Rotary Oil-Sealed Vacuum Pump (Included)
Shelves	2 Stainless Steel Shelf
Relay	Solid State Electronic Relay with Heat Sink
Power Supply	220/230V, Single Phase, 50Hz
Weight	60kg

Electrical & Wiring Requirements

To ensure safe and reliable operation, the following wiring conditions must be provided at site:

Power Supply

• 220–230V AC
• Single Phase
• 50 Hz frequency

Load Requirement

• Heating Load: 2.0 kW
• Approximate Current Draw: ~9–10 Amps

Recommended Electrical Setup

• Dedicated power line for oven (no shared heavy equipment)
• 16A industrial-grade socket outlet
• 16A MCB (Miniature Circuit Breaker)
• Proper earthing (mandatory)
• 2.5 sq.mm copper wiring minimum
• Voltage stabilizer recommended in areas with fluctuation

Earthing Requirement

• Proper grounding connection required
• Earth resistance should comply with industrial electrical standards
• Avoid operating without earthing

Safety Notes

• Do not use extension boards
• Do not connect via domestic 6A plug
• Ensure pump and oven are connected as per supplied wiring diagram

---

Ideal For Drying

• PEEK Filament
• PEI / Ultem
• PPSU
• PSU
• Nylon (PA6, PA12)
• Carbon Fiber / Glass Fiber Reinforced Filaments
• High-temp industrial polymers
• Can also be used for normal filaments like PLA, PETG, ABS, TPU, CF and any type of 3d printing filament.

---

Recommended Drying Cycle (General Guideline)

Material	Temperature	Duration
PEEK	120–150°C	4–6 hrs
PEI	110–130°C	4–6 hrs
Nylon	70–90°C	6–8 hrs

Key Advantages for 3D Printing Users

✔ Eliminates moisture-related print defects
✔ Improves interlayer bonding
✔ Enhances mechanical strength
✔ Reduces stringing and bubbling
✔ Stable high-temperature drying up to 200°C
✔ Uniform heat distribution
✔ Industrial-grade oil vacuum pump for deep drying
✔ Suitable for R&D labs, aerospace prototyping, medical, and industrial production

---

Recommended Use Case for PEEK / PEI

For critical high-temp printing:

1. Preheat chamber to required drying temperature
2. Load filament spool
3. Apply vacuum
4. Maintain controlled drying cycle (4–8 hrs depending on material)
5. Store filament in dry cabinet immediately after drying

---

Perfect For

• Industrial 3D Printing Farms
• Aerospace & Defense Prototyping
• Medical Device Manufacturing
• Research Labs
• Advanced Engineering Workshops

What will you get

1) Vaccum Heating Oven x 01pc

2) Pump x 01pc

3) Silicon pipe (1mtr length) x 01pc