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Case StudyManufacturingData Entry

How a Precision parts manufacturer Automated Data Entry with Arahi AI

See how a precision parts manufacturer automated data entry with Arahi AI. Results: Dramatically faster processing time per record, Major reduction error rate. Read the full case study.

Company Profile

Company Type

Precision parts manufacturer

Team Size

50-250 employees

Industry

Manufacturing

Key Challenge

Struggling with inefficient manual data entry processes that were slowing growth and increasing operational costs. Their primary concern was quality control.

Tools Connected

SAPNetSuiteSlackGoogle SheetsAirtable
Setup TimeHalf a day
Agents Deployed2 AI agents

The Challenge

This precision parts manufacturer was trapped in a data entry nightmare. Every day, their team of 50-250 employees received manufacturing-specific documents in dozens of formats — PDFs, scanned images, spreadsheets, emails, and handwritten forms. Each document required manual extraction and entry into multiple systems, with the average record taking 8-12 minutes to process completely.

The cost was staggering. Between direct labor ($85K+ annually in data entry staffing), error correction costs, and the opportunity cost of delayed data availability, the organization estimated they were spending over $150K per year on what was essentially a solved problem. Worse, the manual process created a 48-hour lag between document receipt and data availability, meaning their manufacturing team was always working with outdated information. Critical decisions were being made based on data that was days old.

The Solution

Arahi AI gave this manufacturing team the data entry automation they needed. The implementation connected their existing tools — SAP, Google Sheets, and Gmail — and deployed AI agents that could understand, extract, and validate data from any manufacturing document type they received.

The key innovation was the validation layer. Rather than just extracting data and hoping for the best, the AI agents cross-reference every extracted field against manufacturing-specific business rules, historical patterns, and related records in the system. Duplicate detection catches records that already exist, format validation ensures data consistency, and anomaly detection flags values that fall outside expected manufacturing ranges. The result is data that enters their systems clean, accurate, and ready for use — without any human touching a keyboard.

The Results

Measurable improvements across key manufacturing data entry metrics.

Processing Time per Record

Dramatically faster

Before

Minutes

After

Seconds

Error Rate

Major reduction

Before

Noticeable

After

Minimal

Data Availability Lag

Near real-time

Before

Days

After

Same day

Annual Labor Cost

Major savings

Before

High

After

Fraction of manual cost

Processing Capacity

Massive throughput increase

Before

Limited

After

Dramatically higher

What impressed me most was the setup speed. I expected a months-long implementation, but we had AI agents handling our manufacturing data entry workflow within a single afternoon. The no-code approach meant our team could configure everything themselves without waiting on IT.

Director of Business Operations

Precision parts manufacturer

Key Takeaways

The most important lessons from this manufacturing data entry automation project.

AI-powered data entry automation dramatically reduced manual processing time for this manufacturing team, freeing staff to focus on high-value strategic work.

Implementation took less than a day — the no-code approach meant no IT bottleneck or months-long development cycle.

Error rates dropped significantly, improving data quality and downstream decision-making.

The ROI was realized quickly, with the solution paying for itself through cost savings and productivity gains.

Implementation Timeline

From zero to production in Half a day — here's how they did it.

Step 1: Mapped the existing data entry workflow

Documented every step of the current manual data entry process, including decision points, exceptions, and handoffs between team members. Identified which steps could be fully automated versus those needing human oversight.

Step 2: Built the automation in Arahi AI

Used Arahi AI's no-code builder to create the data entry workflow: connected SAP and Slack as data sources, configured AI decision logic for manufacturing-specific requirements, and set up automated actions and notifications.

Step 3: Parallel run with manual process

Ran the AI agents alongside the manual process for one week to compare outputs. The AI matched or exceeded human accuracy on the vast majority of data entry instances, with edge cases automatically flagged for human review.

Setup Time

Half a day

AI Agents

2 AI agents

Tools Connected

5 integrations

Frequently Asked Questions

Common questions about automating data entry in manufacturing.

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This case study represents a typical customer scenario. Individual results may vary.