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Powered by 150+ Years of Seamer Expertise

At SeamTech, we’re more than a service provider — we’re a team of seamer specialists dedicated to keeping your production lines running flawlessly.With decades of combined experience in maintenance, repairs, and rebuilds, we deliver precision and reliability to the food and beverage industry across North America.

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Our Solutions

Comprehensive Can Seamer Solutions

Sales
01.

Sales

Parts
02.

Parts

Training
03.

Training

Core Exchanges
04.

Core Exchanges

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Rebuild Options

Precision Rebuilds. Proven Results.

  • Angelus 120/121L
  • Angelus 61/62H
  • Angelus 60L
  • Angelus 181S
  • Angelus P-series
  • Angelus V-series

Angelus 120/121L

  • 12 seaming stations
  • Runs at speeds of 400-1500 Containers Per Minute (CPM)
  • Seams cans between 200 – 303 (50.8- 81.0 mm) in diameter
  • Seams cans between 110 -800 (41.3-203.2 mm) high—Atmos & CM
  • Seams cans between 113 - 800 (46- 203.2 mm) high—UCG & SV
  • Transfer chain pitch is 3.75 or 4” (95.3 or 101.6 mm )
  • Net weight is approximately 14,400 lbs 6532 kg
  • Gross weight is approximately 16,500 lbs 7484 kg
  • Automatic oil lubrication recirculating and filtration system for 121L
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Angelus 61/62H

  • 6 seaming stations
  • Runs at speeds of 225-700 Containers Per Minute (CPM)
  • Seams cans between 200 – 404 (50.8- 108.0 mm) in diameter
  • Seams cans between 110 - 800 (41.3-203.2 mm) high—Atmos & CM
  • Seams cans between 111 - 800 (41.3-203.2 mm) high—UCG & SV
  • Transfer chain pitch is 5.50” (139.7 mm)
  • Net weight is approximately 9200 lbs (4173 kg)
  • Gross weight is approximately 10,300 lbs (4672 kg)
  • Automatic oil lubrication recirculating and filtration system for 62H
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Angelus 60L

  • 6 seaming stations
  • Runs at speeds of 175-500 Containers Per Minute (CPM)
  • Seams cans between 200 - 404 (50.8- 108.0 mm) in diameter
  • Seams cans between 108 - 712 (38.1-196.9 mm) high-Atmos & UCG
  • Seams cans between 111 - 712 (42.8- 196.9 mm) high-UCG & SV
  • Transfer chain pitch is 6" (152.4 mm)
  • Net weight is approximately 6150 lbs (2790 kg)
  • Gross weight is approximately 7250 lbs (3289 kg)
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Angelus 181S

  • 18 seaming stations
  • Runs at speeds of up to 2500 Containers Per Minute (CPM)
  • Seams cans between 200 – 300 (50.8 – 76.2 mm) in diameter
  • Seams cans between 206 – 700 (60.3 – 177.8 mm) high
  • Transfer chain pitch is 3.666” (93.1 mm)
  • Gross weight domestic is approximately 32,000 lbs (14,515 kg)
  • Gross weight export is approximately 40,000 lbs (18,144 kg)
  • Automatic oil lubrication recirculating and filtration system
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Angelus P-series

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Angelus V-series

  • 3 - 18 seaming stations depending on model
  • Designed for multiple applications: atmospheric, under cover gassing, steam vacuum, and liquid nitrogen dosing
  • Builds on the proven reliability and performance of the Angelus Legacy line
  • Incorporates innovations that improve maintenance ease and reduce total cost of ownership
  • Features a metric base-driven design for improved compatibility with modern fillers
  • Engineered for clean, sanitary operation, suitable for foam and chemical cleaning
  • Uses 304 stainless steel in all product contact areas for hygiene and durability
  • Contains 25% fewer components than Legacy machines, simplifying design and maintenance
  • Offers 80% parts commonality across the V-Series family, improving serviceability and spare parts management
  • Optimized pitch matching ensures seamless integration with today’s high-speed filling equipment
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Rebuild Process

Precision in Every Step. Excellence in Every Build.

  • Inspection
  • Documentation
  • Disassembly & Cleaning
  • Powder Coating or Plating
  • Reassembly & Testing
  • Electrical Configuration
  • Final Audit
Step 01

Inspection

  • We begin with a comprehensive inspection to identify wear, damage, or missing components.
  • Each seamer is thoroughly evaluated, and a pre-teardown report is shared with your corporate, engineering, and plant teams.
Step 02

Documentation

  • A dedicated project file is created using our specialized Project-Pro software, designed specifically for seamer rebuilding projects.
  • The system enables complete and organized project documentation from start to finish.
  • All parts used during the rebuild are carefully recorded and added to the customer’s project file for full traceability and future reference.
Step 03

Disassembly & Cleaning

  • The machine is fully disassembled and all internal components are inspected for wear or damage.
  • Any issues are documented and shared, along with recommended repairs or upgrades.
  • Castings are cleaned and nickel plated (optional 2ML ENP full-machine plating available).
  • Required machine work, upgrades (including turret and base repairs), and parts documentation are completed.
Step 04

Powder Coating or Plating

  • The machine undergoes powder coating or optional Electroless Nickel Plating, including factory 2ML plating on the entire machine if required.
  • This process provides a uniform finish with enhanced corrosion resistance, improved wear protection, and increased surface hardness for long-term durability.
Step 05

Reassembly & Testing

  • The seamer is fully reassembled and undergoes a controlled break-in period, followed by a minimum 20-hour high-speed test run.
  • Test cans are run (including any installed change parts) to meet customer specifications, with seam analysis conducted using our in-house Quality By Vision SEAMetal system
  • All performance data and lab results are recorded and included in the project documentation for complete transparency and traceability.
Step 06

Electrical Configuration

  • Standard wiring is completed, including termination of safety relays and jam switches to a seamer-mounted NEMA 4X panel.
  • All wiring is carried out according to the customer’s schematic, with proper labeling for clarity and maintenance ease.
  • Special electrical requirements are integrated as needed, including VFD configuration, flag sensors, digital tachometers, and complete electrical panel setup.
Step 07

Final Audit

  • A final audit is performed in accordance with Angelus® standards, including evaluation of sample cans and verification of performance data.
  • All results and documentation are compiled into the project file, with copies provided to Plant Engineering and archived for SeamTech records.
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Rebuild Process

Precision in Every Step. Excellence in Every Build.

Step 01

Inspection

  • We begin with a comprehensive inspection to identify wear, damage, or missing components.
  • Each seamer is thoroughly evaluated, and a pre-teardown report is shared with your corporate, engineering, and plant teams.
Step 02

Documentation

  • A dedicated project file is created using our specialized Project-Pro software, designed specifically for seamer rebuilding projects.
  • The system enables complete and organized project documentation from start to finish.
  • All parts used during the rebuild are carefully recorded and added to the customer’s project file for full traceability and future reference.
Step 03

Disassembly & Cleaning

  • The machine is fully disassembled and all internal components are inspected for wear or damage.
  • Any issues are documented and shared, along with recommended repairs or upgrades.
  • Castings are cleaned and nickel plated (optional 2ML ENP full-machine plating available).
  • Required machine work, upgrades (including turret and base repairs), and parts documentation are completed.
Step 04

Powder Coating or Plating

  • The machine undergoes powder coating or optional Electroless Nickel Plating, including factory 2ML plating on the entire machine if required.
  • This process provides a uniform finish with enhanced corrosion resistance, improved wear protection, and increased surface hardness for long-term durability.
Step 05

Reassembly & Testing

  • The seamer is fully reassembled and undergoes a controlled break-in period, followed by a minimum 20-hour high-speed test run.
  • Test cans are run (including any installed change parts) to meet customer specifications, with seam analysis conducted using our in-house Quality By Vision SEAMetal system
  • All performance data and lab results are recorded and included in the project documentation for complete transparency and traceability.
Step 06

Electrical Configuration

  • Standard wiring is completed, including termination of safety relays and jam switches to a seamer-mounted NEMA 4X panel.
  • All wiring is carried out according to the customer’s schematic, with proper labeling for clarity and maintenance ease.
  • Special electrical requirements are integrated as needed, including VFD configuration, flag sensors, digital tachometers, and complete electrical panel setup.
Step 07

Final Audit

  • A final audit is performed in accordance with Angelus® standards, including evaluation of sample cans and verification of performance data.
  • All results and documentation are compiled into the project file, with copies provided to Plant Engineering and archived for SeamTech records.
Key Benefits

Why SeamTech?!

Budget for Scheduled Maintenance

Plan and control your maintenance costs with scheduled rebuilds and service timelines.

Minimize Unexpected Downtime

Prevent sudden failures and keep your production lines running smoothly.

Reduce Long-Term Repair Costs

Avoid expensive emergency repairs by addressing issues early through preventive maintenance.

Maximize Uptime & Throughput

Ensure optimal machine performance and higher production output with reliable rebuild solutions.

Improved Safety & Compliance

Maintain workplace safety and meet industry standards with well-maintained, compliant machinery.

Keep Your Machines Running at Their Best

Schedule your rebuild or service today.

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