How to Rent Mechanical Factory in Ho Chi Minh Industrial Park?

In the precision engineering industry, the infrastructure and technical requirements for a workshop are significantly higher than in general manufacturing. A standard-compliant workshop not only ensures operational efficiency but also directly impacts the accuracy, safety, and lifespan of the equipment.

Below are the key standards to consider when leasing a precision engineering workshop, helping businesses optimize costs and operate effectively.

1. Workshop Structure Suitable for Precision Engineering

Heavy-Load Bearing and Anti-Vibration Floors 

Precision engineering plants often install CNC machines, milling, lathing, grinding machines, and precision measurement equipment. Therefore, the workshop floor must have a high load-bearing capacity (typically 2–5 tons/m²).

Furthermore, ground vibration directly affects production accuracy. It is crucial to choose a workshop with a thick, anti-vibration concrete foundation specifically designed for the mechanical sector.

Clear Height and Ventilation 

Precision engineering workshops must accommodate overhead cranes, ventilation systems, dust extraction, and compressed air pipelines, requiring a minimum clear height of 8–12 meters. A spacious, well-ventilated area helps maintain stable air circulation and temperature while reducing risks associated with noise and metal dust during machining.

2. Technical Systems

Stable Power Supply 

Precision machinery requires a stable three-phase power supply with standard voltage and minimal fluctuation. Before leasing, businesses must inspect the internal electrical system, transformer station, power capacity, and backup solutions (generators) to prevent production interruptions. 

Wastewater Collection and Treatment System 

The engineering industry generates waste oil, component washing water, and cooling solutions—all classified as industrial waste. Therefore, the workshop must have a wastewater collection and treatment system that meets QCVN (Vietnam National Technical Regulation) standards and holds a valid operating permit. This is a mandatory requirement for obtaining an environmental license for an engineering business.

Fire Prevention and Fighting (PCCC) System 

Fire safety is a mandatory standard in all industrial parks. The workshop should have:

• An automatic fire alarm system, fire extinguishers, and a complete sprinkler system.

• Clear emergency exits and signage.

• A Certificate of Fire Protection Design Appraisal issued by the relevant authorities.

3. Legal Factors and Lease Agreement

Investment Licenses and Leasing Procedures 

Businesses must verify the workshop's legal status:

• The developer must have a valid Land Use Rights Certificate (LURC) in a planned industrial park or industrial cluster.

• Transparent land lease, construction, and operation contracts.

• Ability to support procedures for an Investment Registration Certificate (IRC), environmental license, and fire protection registration.

Key Terms in the Lease Agreement 

Several clauses to note when signing a workshop lease:

• Lease term and renewal options.

• Management fees, utilities (electricity/water), maintenance, and associated services.

• Early termination or assignment clauses.

• Commitments to repair, warranty, and timely handover.

Thoroughly reviewing these terms will help businesses avoid legal risks and maintain long-term operational stability.

Conclusion 

Selecting a standard-compliant precision engineering workshop is fundamental to production efficiency and operational safety. Businesses must carefully consider everything from the structure and technical systems to legal factors to ensure stable operations, regulatory compliance, and long-term cost optimization.