Bangladesh’s apparel industry is a major contributor to the country’s economy, accounting for 80% of exports and employing over 4 million people. In recent years, manufacturers have faced increasing pressure to raise wages and improve workplace conditions, leading to rising production costs. Simultaneously, buyers are demanding shorter lead times, smaller order quantities, and fast fashion, requiring more flexibility and responsiveness from suppliers. These trends are driving apparel manufacturers to explore automation technologies as a means to improve productivity, quality, compliance, and lead times.

Current State of Automation in Bangladesh’s Apparel Industry

Despite the potential benefits, most factories in Bangladesh still heavily rely on manual processes. Basic machinery like sewing machines, cutting machines, and pressing equipment are the norm. Some larger manufacturers have introduced automated material handling systems, automatic fabric spreading and cutting machines, automated sewing cells, and automated garment inspection machines. However, overall adoption remains low.

The main barriers to adoption include high upfront costs, concerns over recouping investments, lack of technical skills, and challenges with integration. Automation levels range from less than 5% in most factories to about 25% in the most automated factories. Full end-to-end automation is very rare.

Potential Benefits of Automation

Automation in fabric handling, spreading, cutting, and sewing operations can improve productivity by 15-25%. Automated quality inspection can reduce defects and improve compliance with buyer specifications. Automation can offset rising wage rates by reducing labor requirements per unit of output.

Furthermore, lead times can be reduced through faster information flows and material flows enabled by automation. Quick changeover and flexible machines allow smaller batches and greater variety, enabling fast fashion capabilities. Consistent quality and on-time delivery improve customer satisfaction and build customer loyalty.

Challenges in Implementing Automation

Implementing automation is not without its challenges. Manufacturers may face high upfront capital investment and difficulty justifying ROI due to tight margins. Integration with existing systems can be problematic, and implementation may temporarily disrupt production.

There may also be a lack of internal expertise to oversee automation projects and operate new systems. Resistance from workers, who may perceive automation as threatening job security, can also pose a challenge. Other potential pitfalls include the requirement for retraining, technical difficulties, lack of maintenance, vendor dependency, increased inventory and space needs, inflexibility, and compliance risks. Manufacturers need to anticipate and plan for these potential pitfalls to ensure smooth adoption of automation.

Emerging Technologies to Overcome Automation Challenges

Several emerging technologies can help manufacturers overcome challenges with implementing automation. These include:

  • Artificial Intelligence and Machine Learning (AI and ML): These technologies can optimize production scheduling, preventive maintenance, defect detection, etc., without explicit programming.
  • Digital Twin Technology: Simulations of real production lines allow testing automation virtually to de-risk actual implementation.
  • Advanced Robotics: Innovative robots with vision, sensing capabilities, and dexterity can integrate into human-machine work cells.
  • 5G Connectivity: Ultrafast and reliable wireless communication enables real-time control and monitoring of automation.
  • Big Data and Analytics: Insights from production data help continuously improve the performance of automated processes.
  • Virtual/Augmented Reality: Immersive training simulations prepare workers to operate new automated equipment safely.
  • Additive Manufacturing: 3D printing offers on-demand production of spare parts for automation equipment.
  • Cloud Computing: Web-based software applications reduce the need for investments in own IT infrastructure.
  • Cybersecurity Solutions: Blockchain, encryption, and access controls protect automated systems from hacking risks.
  • Energy Management Systems: IoT-enabled systems optimize energy consumption across integrated automation.

Adopting these technologies can make automation more intelligent, flexible, connected, and easier to implement for Bangladeshi manufacturers. They facilitate the transition to smart factories of the future.

Recommendations for Manufacturers

Manufacturers should assess processes to identify automation opportunities that offer the best ROI and prioritize by cost benefits. Starting with pilot lines or cells to test automation before large-scale investment can provide valuable learning experiences.

Building technical skills in the workforce through training programs on maintaining and operating new equipment is crucial. Manufacturers should also seek buyer commitment upfront for large automation projects to ensure ROI. Partnering with automation technology providers can offer support during selection, implementation, and ramp-up. Manufacturers should also leverage government incentives for investments in new machinery and employee training.

Recommendations for the Government

The government can play a significant role in promoting the adoption of automation. Providing incentives like tax breaks can lower acquisition costs of new automation equipment for manufacturers. Investing in technical and vocational training programs can build workforce skills in automation and technology.

Supporting the development of component suppliers and integrators can make adoption easier for smaller manufacturers. Attracting foreign direct investment from automation technology providers can facilitate the transfer of expertise.

The Future of Automation in Bangladesh’s Apparel Industry

Automation is becoming essential for Bangladesh’s apparel industry to stay competitive as wages rise. Average monthly wages for garment workers increased from $67 in 2013 to $95 in 2019. Automation helps improve productivity to offset the impact.

Automation enables manufacturers to meet growing demand – apparel exports from Bangladesh grew at 8% CAGR over the last decade. Automation allows scaling production to keep up.

Automation reduces lead times – automated material handling and information flows help bring down lead times. This is critical for fast fashion which demands speed.

It supports compliance efforts – automated quality control and monitoring helps reduce defects and improves workplace safety compliance.

Automation helps cater to changing consumer expectations – consumers want more personalized and customized products. Automation allows quick changeovers and small batches.

It makes production more consistent and reliable – automated processes are more precise and repeatable than manual work, leading to fewer errors.

Data from automation enables smart analytics for efficiency – IoT sensors, machine data, etc., can feed analytics to continuously improve processes.

Automation directs workers towards higher value tasks – workers move from routine manual jobs to more cognitive tasks like machine supervision and quality control.

Availability of low-cost labor has delayed adoption – but automation is picking up as expectations on cost, quality, compliance, and flexibility rise.

Government incentives are promoting investments – tax breaks on importing machinery help manufacturers adopt automation.


The rise of automation in Bangladesh’s garment manufacturing sector is no longer a luxury but a necessity to remain competitive on the global stage. As wages climb and global demands evolve, automation provides a pathway to enhanced efficiency, productivity, and sustainability. With key benefits like consistent product quality, reduced lead times, and a transition for workers to higher-value tasks, it’s evident that the future belongs to those who can smartly integrate these advancements into their operations. It’s essential for both the industry and the government to collaborate, fostering an environment conducive to automation adoption. As we delve deeper into the intricacies of the Bangladeshi apparel industry’s evolution in our main article, “Manufacturing Techniques and Technologies in Bangladesh’s Apparel Industry”, the symbiotic relationship between technology and human endeavor becomes even more pronounced. If you’re looking to stay ahead of the curve and capitalize on the innovative prowess of automation, reach out to us for a comprehensive quote and let’s usher in a new era of garment manufacturing excellence together.