Customization cycle for industrial sandblasting rooms, shot blasting rooms, and grit blasting rooms.

The customization cycle for industrial blast rooms, shot blasting rooms, and sandblasting rooms has no fixed standard. It is primarily influenced by three factors: equipment specifications, configuration complexity, and manufacturer production capacity. The typical range is between 15 days and 3 months, which can be divided into three stages:

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1. Preliminary Design and Confirmation Stage (3-7 days)

• Needs to clarify requirements with the manufacturer: workpiece dimensions, surface treatment standards, site limitations, environmental requirements, etc.

• The manufacturer provides a design plan (including room structure and supporting system layout), and both parties confirm the details of the plan (such as abrasive recovery methods and dust removal specifications). This stage may take longer depending on the complexity of the requirements (e.g., for oversized or special process needs, it may require more than 10 days).

2. Production and Manufacturing Stage (10-45 days)

• Small and simple models (e.g., internal dimensions < 10m³, manual configuration): 10-15 days, mainly involving room panel processing and basic component assembly.

• Medium-sized standard models (e.g., internal dimensions 10-50m³, semi-automatic recovery + dust removal): 20-30 days, requiring customized non-standard room frames and supporting systems (such as screw recovery machines and cartridge dust collectors).

• Large and complex models (e.g., internal dimensions > 50m³, fully automated robotic arms + intelligent recovery): 30-45 days, involving large-scale structural welding and automation equipment debugging. Some oversized equipment (e.g., for ship components) may require more than 2 months.

3. Installation and Acceptance Stage (5-15 days)

• Small equipment: Can be prefabricated in the factory and assembled on-site, with installation and testing completed in 5-7 days.

• Large/complex equipment: Requires on-site welding, pipeline installation, and system integration debugging, completed in 10-15 days. If cross-regional transportation is involved (e.g., oversized room components), an additional 3-5 days for transportation may be required.

In summary, the overall cycle for simple small non-standard equipment is approximately 15-25 days, medium-sized standard models about 30-50 days, and large complex models about 2-3 months. If the manufacturer's production capacity is tight or special custom components (such as explosion-proof dust removal systems) are required, the cycle may be further extended.