In the field of industrial automation, the robot chassis functions like the robot’s legs. As technical engineers at Reeman, we’ve worked with clients across various industries, including manufacturing, healthcare, and hospitality. Through our collaborations, we’ve found that many projects fall into the trap of focusing too much on comparing parameters when selecting the right chassis. Today, we will share insights on how to choose the best robot chassis for your project to ensure efficient operations.
1. Understand Your “Real Needs”
Many clients ask, “Which is the most advanced chassis?” The truth is, the most suitable one is the best. We recommend first clarifying three core factors:
- Actual load requirements (We suggest adding a 20% safety margin)
- Primary movement environment (Indoor/Outdoor? Ground flatness? Narrowest passage width?)
- Expansion needs (Do you need to add a robotic arm, shelves, etc.?)
We encountered a typical case: A car parts factory originally planned to purchase a chassis with an 800kg load capacity. However, after site inspection, they realized they needed to pass through a 1.2-meter-wide workshop passage frequently. They ultimately switched to the Iron Bull chassis with a 600kg load but a smaller turning radius. This decision saved 15% in costs and boosted efficiency.
2. Chassis Selection Experience for Different Scenarios
Through seven years of project experience, we’ve summarized chassis selection insights for various application scenarios:
- Heavy Duty Transport (400kg+)
Recommended: Iron Bull Chassis (600kg load / ±2mm positioning accuracy)
Suitable for: Automotive manufacturing, metal processing
Important: Ground bearing capacity must be ≥1200kg/m² - Medium-Distance Transport
Recommended: Spaceship Chassis (300kg / 360° rotation)
Suitable for: Medical supplies transport, electronics workshops, factory workshops
Advantages: Supports installation of temperature-controlled boxes and shelves, suitable for cleanrooms - Light and Agile (60kg load)
Recommended: Fire Wheel Chassis or Light Knight Chassis (60kg load, 8-hour battery life)
Suitable for: Medical equipment transport, logistics delivery
Typical case: After adopting this chassis, a chain restaurant improved dish delivery efficiency by 40% and reduced labor costs by 25%
3. Customization Details Often Overlooked
- Power interface location: Ensure compatibility with your equipment layout.
- Maintenance window design: Affects maintenance efficiency and costs.
- Protection level: For special environments like food production workshops, the chassis should meet IP65 protection standards.
4. Three Key Factors for Choosing a Supplier
Based on client feedback, a reliable supplier should have the following qualities:
- Offer free scenario testing (We support 7-day on-site trials)
- Provide open data interfaces, supporting integration with your MES system
- Have a local service team to ensure 80% of issues can be resolved remotely
It’s essential to note that the performance of a chassis is heavily influenced by ground conditions. We recommend providing a workshop layout map so our engineers can perform a free accessibility simulation, preventing issues like getting “stuck at corners” after purchase.
Choosing the right robot chassis for an industrial project is key to achieving automation efficiency. With years of industry experience and highly customizable design capabilities, Reeman can provide perfect robot chassis solutions for various industries. Whether it’s heavy-duty transport, light delivery, or medical equipment handling, Reeman‘s robot chassis will deliver excellent performance for your project.
If you are looking for the right robot chassis or need a customized solution, feel free to contact Reeman. We will offer the best solution based on your needs.