Digital Manufacturing
Data-driven process control that improves the quality consistency, manufacturing transparency and delivery reliability of wave springs, retaining rings and precision spring components.
Digital Manufacturing
A digital management system across the key manufacturing stages
Built around the manufacturing characteristics of wave springs, spiral retaining rings, constant-section retaining rings and precision spring components, Lispring has deployed a digital manufacturing system covering production planning, equipment status, work instructions, in-process inspection, quality inspection, SPC analysis, OEE monitoring and lot traceability. By digitizing production data, moving quality control online and making manufacturing execution transparent, we continue to improve process consistency, exception response speed and order delivery capability.
OEE
Real-time monitoring of equipment efficiency and running status
APS
Automated scheduling that balances orders, capacity and due dates
SPC
Statistical analysis and process trends generated automatically
Traceability
End-to-end lot traceability and record retrieval
Core Capabilities
Six core capabilities behind stable manufacturing
01
Machine connectivity
Key equipment status and production data are collected so that managers can follow shop-floor operation in real time.
02
Real-time OEE monitoring
Equipment availability, efficiency and output are monitored, providing a data basis for capacity analysis and continuous improvement.
03
APS scheduling
Order demand, capacity resources and delivery plans are combined to improve planning accuracy and scheduling efficiency.
04
Electronic work instructions
Process requirements, operating steps and inspection points are delivered electronically, reducing human error and improving execution consistency.
05
Digital inspection and SPC
In-process and final inspection data are captured automatically and turned into SPC analysis that keeps key quality characteristics under continuous review.
06
End-to-end lot traceability
Traceability runs from raw material through production and inspection records to the shipped lot.
Process Coverage
Covering the key stages from order to delivery
The Lispring digital manufacturing system spans order review, process preparation, production scheduling, shop-floor operation, in-process inspection, quality inspection, inventory movement and shipment traceability. Unified data capture and process records let us monitor key manufacturing nodes continuously, and locate, analyse and correct exceptions quickly when they occur.
- Order review
- Process preparation
- APS scheduling
- Electronic work instructions
- Machine connectivity
- In-process inspection
- SPC analysis
- Final inspection
- Lot traceability
- Shipment and delivery
Quality Integration
Bringing quality methods to the shop floor
APQP, PFMEA and SPC working together with the digital system
Lispring combines quality methods such as APQP advanced product quality planning, PFMEA process failure mode and effects analysis and SPC statistical process control with the digital manufacturing system, giving systematic control over product design, process development, production, inspection and final delivery.
Digital records help us keep key process parameters and quality trends under continuous review, and provide a reliable basis for process improvement, customer audits and quality traceability.
Manufacturing Execution
Transparent manufacturing execution, faster response
Machine connectivity and OEE
Networked management of key production equipment gives real-time visibility of running status, cycle time, downtime and output, helping identify capacity bottlenecks and support continuous improvement.
APS scheduling
With standard stock items, custom parts, low-volume high-mix work and volume orders running in parallel, systematic scheduling helps improve planning accuracy and delivery reliability.
Electronic work instructions
Key process requirements, operating steps, inspection standards and cautions reach the shop floor directly, reducing paper handovers and differences in interpretation.
Inspection data
Key dimensions, loads, material properties, appearance and process parameters are recorded and analysed electronically, improving the completeness and retrievability of quality data.
Automated SPC analysis
Inspection data are consolidated automatically into SPC analysis, helping the quality team spot process variation trends and act on them in time.
Lot traceability
Material information, production records, inspection data, test results, inventory movement and shipped lots are linked together to support audits, exception analysis and after-sales response.
Customer Value
What digital manufacturing means for customers
More stable quality consistency
Process data capture, SPC analysis and electronic work instructions improve execution consistency at key operations.
More reliable delivery response
APS scheduling and OEE monitoring improve planning accuracy and shop-floor response speed.
More complete quality traceability
Lot-level traceability supports customer audits, quality analysis and after-sales response.
More transparent process control
Digitized production data and electronic inspection records make the manufacturing process more controllable and verifiable.
Certified Systems
Working together with our quality systems and CNAS laboratory
Our digital manufacturing capability works together with the existing Lispring quality management systems, the CNAS-accredited laboratory and professional inspection equipment. The company holds IATF 16949, ISO 9001, ISO 13485, AS9100D, ISO 14001, ISO 45001, ISO 50001 and ISO/IEC 27001 certifications, and the testing centre laboratory is built to ISO/IEC 17025:2017 and accredited by CNAS, providing customers in demanding applications with combined assurance from process control through to test verification.
Need reliable, traceable precision spring components?
Lispring supports standard part selection, custom design, sample validation and volume production for wave springs, spiral retaining rings, constant-section retaining rings and related precision spring components.
