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⚙️ ENGINEER’S TECHNICAL CORNER # 03Conveyor Capacity & Speed Calculation — PET Bottle TTC ConveyorFor a PET bottle Tabl...
25/09/2026

⚙️ ENGINEER’S TECHNICAL CORNER # 03

Conveyor Capacity & Speed Calculation — PET Bottle TTC Conveyor

For a PET bottle Table-Top Chain (TTC) conveyor, speed and capacity must be matched with the required production rate and bottle spacing.

The basic relationship is:

Q=\frac{60 \times V \times 1000}{P}

Where:
Q = conveyor capacity, bottles/hour
V = conveyor speed, m/min
P = bottle pitch, mm

🔧 Practical Example

Given:

* Production requirement = 18,000 bottles/hour
* Bottle pitch = 150 mm

Required conveyor speed:

V=\frac{Q \times P}{60 \times 1000}

V=\frac{18,000\times150}{60,000}

\boxed{V=45\text{ m/min}}

This means a conveyor operating at approximately 45 m/min, with a 150 mm bottle pitch, can theoretically transport 18,000 bottles/hour.

However, actual conveyor design must also consider accumulation, bottle stability, guide rails, transfers, conveyor efficiency, machine interface, chain limitations, and operating conditions.

👉 Proper conveyor engineering is not simply about increasing speed—it is about achieving the required capacity while maintaining stable, reliable, and controlled bottle flow.

MPC Engineering Services and Consultancy
Moises Cuevas, PME
Food & Beverage Industry Experience

⚙️ ENGINEER’S TECHNICAL CORNER #03Automatic Lubrication & Cleaning — PET Bottle TTC ConveyorIn beverage production, TTC...
18/09/2026

⚙️ ENGINEER’S TECHNICAL CORNER #03

Automatic Lubrication & Cleaning — PET Bottle TTC Conveyor

In beverage production, TTC conveyors operate continuously and require proper lubrication and cleaning to maintain reliable and hygienic operation.

🔧 Automatic Lubrication helps control friction and wear, extending chain and sprocket life while reducing maintenance and downtime.

💧 Automatic Cleaning removes product residue and contaminants through properly designed spray systems, drainage, and controlled cleaning cycles.

Key design considerations include lubricant selection, dosing, nozzle arrangement, water flow and pressure, drainage, hygienic construction, controls, safety interlocks, and maintainability.

👉 Good conveyor design considers not only how bottles move, but also how the system operates, cleans, and maintains itself.

MPC Engineering Services and Consultancy
Moises Cuevas, PME

Build connection not division.
12/09/2026

Build connection not division.

⚙️ ENGINEER’S TECHNICAL CORNER #02How to Calculate TTC Conveyor SpeedContinuing my technical series on PET Bottle Table...
10/09/2026

⚙️ ENGINEER’S TECHNICAL CORNER #02

How to Calculate TTC Conveyor Speed

Continuing my technical series on PET Bottle Table-Top Chain Conveyors.

Conveyor speed is not simply a matter of making the bottles move faster. The correct speed depends on factors such as production rate, bottle spacing, conveyor layout, accumulation, transfers, and the machines connected to the line.

A simple calculation can help us understand the relationship between:

Production Rate → Bottle Pitch → Conveyor Speed

I’ll be sharing the basic formula and a practical example in this post.

💬 For engineers, technicians, and maintenance personnel working with conveyors — how do you normally determine conveyor speed in your plant?

Share your experience or approach in the comments. 👇

🔧 ENGINEER’S TECHNICAL CORNER #01PET Bottle Table-Top Chain Conveyors — More Than Just Moving BottlesIn a beverage prod...
08/09/2026

🔧 ENGINEER’S TECHNICAL CORNER #01

PET Bottle Table-Top Chain Conveyors — More Than Just Moving Bottles

In a beverage production line, a table-top chain conveyor may look simple, but proper engineering requires consideration of several interconnected factors:

⚙️ Conveyor speed — must match the production rate and bottle pitch.

🥤 Bottle stability — speed, guide rails, transfers and accumulation must be considered to prevent tipping and product jams.

🔗 Chain selection — straight-running or side-flexing chain, material, width, wear characteristics and operating environment all matter.

⚡ Drive system — motor, gearbox, sprocket, chain pull and starting conditions must be properly evaluated.

🔄 Accumulation — properly designed accumulation can help maintain production during short downstream equipment stoppages.

💧 Automatic lubrication — controlled lubrication can reduce friction and chain/sprocket wear while minimizing manual intervention.

🧼 Automatic cleaning — spray systems, drainage, cleaning solution, access and hygienic design should be considered together with the conveyor.

🏭 Line integration — the conveyor must work properly with the depalletizer, rinser, filler, capper, labeler, case packer and palletizer.

After 20 years working with Food & Beverage manufacturing systems, one lesson remains clear:

A conveyor should not simply move the product. It should support the entire production process — safely, reliably, hygienically and efficiently.

📐 My goal with this series is to share practical mechanical engineering knowledge from actual industrial applications and help engineers, technicians, contractors and plant personnel understand the engineering behind the equipment.

Engineering is not just about selecting equipment. It’s about making the entire system work.

Engineer Moises P. Cuevas, PME
Food & Beverage Industry Experience

When the time is right. 😇
08/09/2026

When the time is right. 😇


Ready to serve.
19/08/2026

Ready to serve.



Ready to serve you.
07/08/2026

Ready to serve you.



Continues learning while working.
19/07/2026

Continues learning while working.


Engr. Moises P. Cuevas, PMEProfessional Mechanical Engineer (PME)Mechanical Engineer | Manufacturing and Beverage Indust...
13/07/2026

Engr. Moises P. Cuevas, PME
Professional Mechanical Engineer (PME)
Mechanical Engineer | Manufacturing and Beverage Industry Specialist | Engineering Consultant

Professional Profile

Professional Mechanical Engineer with 17 years of experience in the food and beverage manufacturing industry, specializing in beverage processing, packaging systems, utilities, preventive maintenance, equipment reliability, and continuous improvement initiatives.

Extensive experience in the operation, maintenance, and optimization of high-speed manufacturing systems, with strong expertise in PET bottling lines, packaging equipment, utilities management, and engineering project implementation.

Currently serving in the beverage manufacturing sector with proven leadership in production operations, technical training, and engineering excellence.

Areas of Expertise

Mechanical Systems Design and Evaluation
Manufacturing Plant Operations
Beverage Processing and Packaging Systems
Preventive and Predictive Maintenance Programs
Equipment Reliability and Continuous Improvement
Utilities and Energy Management
Project Engineering and Project Management
Root Cause Analysis and Problem Solving
Food Safety and Manufacturing Compliance
Engineering Documentation and Technical Reports
Mechanical Inspection and Auditing
Training and Technical Knowledge Transfer

PME Services Offered
✔ Mechanical Design Review and Evaluation
✔ Mechanical Plans Signing and Sealing (within PME scope and applicable regulations)
✔ Plant Mechanical Systems Assessment
✔ Preventive Maintenance Program Development
✔ Mechanical Inspection and Condition Assessment
✔ Energy Efficiency and Optimization Studies
✔ Engineering Consultancy Services
✔ Manufacturing Process Improvement Projects
✔ Equipment Reliability Improvement Programs
✔ Technical Training and Mentoring
Professional Highlights

- 17 Years of Engineering Experience in beverage manufacturing.
- Successfully supported high-speed beverage production and packaging operations.
- Experience in PET bottling technology and packaging systems.
- Participated in regional technical training and knowledge-sharing programs.
Delivered technical presentations and training programs in engineering and maintenance disciplines.
- Experienced in leading cross-functional teams to improve operational efficiency and equipment performance.
- International Technical Exposure
PepsiCo Asia BU SET Training School
Suntory PepsiCo Beverage (Thailand) Co., Ltd.
- Participated in advanced technical training programs focusing on:
Packaging SET Training
1. Labeler Teach Back Programs
CILT (Cleaning, Inspection, Lubrication, Tightening)
2. Equipment Performance Optimization
Knowledge Transfer and Capability Building
Professional Philosophy
Passion. Excellence. Professionalism.
3. Committed to delivering engineering solutions that improve safety, reliability, efficiency, and sustainability while maintaining the highest standards of professional ethics and engineering practice.

Engr. Moises P. Cuevas, PME
Professional Mechanical Engineer
Ormoc City, Leyte, Philippines
Engineering Services:
Mechanical Consultancy • Plant Engineering • Project Engineering • Technical Training

Address

Dolores
Ormoc City
6541

Website

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