INDUSTRIAL ROBOTICS OEM: INDUSTRIAL ROBOT JOINT ASSEMBLY MANUFACTURING
From 10 prototypes to 5,000 production units seamlessly
Results Achieved
Through batch optimization and manufacturing process improvements.
Lead time per batch of 200 joint assemblies.
Scaled from 60 to 5,000+ assemblies over 8 months.
the client deployed 380+ industrial robots to automotive manufacturing plants across India, with the SPC data providing confidence in every delivered batch.
The Breakdown
Industry: Robotics & Automation
Why MetalMarket Technologies?
The client is a Pune-based industrial robotics company scaling their 6-axis collaborative robot from lab prototype to mass production. The joint actuator assemblies required exceptional concentricity and surface finish for smooth motion control.
About The Company
The client is a Pune-based industrial robotics company scaling their 6-axis collaborative robot from lab prototype to mass production. The joint actuator assemblies required exceptional concentricity and surface finish for smooth motion control.
Client name withheld under NDA. Metal Market works under confidentiality agreements, so customer identities are not disclosed.
The Challenge
Scaling from 10 robot sets to 5,000+ assemblies while maintaining micro-precision consistency was the core challenge.
- Each robot required 6 unique joint assemblies, each with 12 precision components
- Hardened steel gear housings demanded ±0.003mm tolerances
- Surface roughness below Ra 0.2μm required for bearing interfaces
- Volume scaling from 60 assemblies to 5,000+ with identical quality
Any dimensional inconsistency in joint assemblies would result in vibration, wear, and ultimately robot failure in the field — unacceptable for customers in automotive manufacturing.
The Solution
Metal Market introduced statistical process control (SPC) monitoring with real-time quality dashboards accessible through the platform, giving the client confidence in the consistency of every batch.
Dedicated Production Cell
- Two synchronized facilities with coordinated scheduling
- Complete assembly kit delivery for each robot set
- Precision grinding post-process for critical bearing surfaces
Statistical Quality Control
- SPC monitoring across all production batches
- Real-time quality dashboards on the digital platform
- Cpk > 1.67 maintained consistently across all batches
- 200 assemblies per batch with 8-day cycle time
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Why This Partnership Worked
Understood precision robotics requirements
Implemented SPC monitoring for quality assurance
Seamless scaling from prototype to mass production
Precision grinding for critical bearing surfaces
Consistent Cpk > 1.67 across all batches
Synchronized multi-facility production
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