Swing Arm Capping

Automatic Swing Arm Capping Machine For Screw Caps And Round Caps

Automatic swing arm capping solution for standard screw caps where flexible operation and stable tightening are required.

Machine Overview

What Is This Machine Used For?

Automatic Swing Arm Capping Machine
Swing Arm Capping

Flexible screw cap tightening for medium-speed production

Swing arm capping machine uses a swing arm structure to pick or place caps and tighten them on bottles. It is suitable for common screw caps and standard round cap applications.

Swing Arm StructureScrew CapsStable TorqueLine Ready
Round Cap Compatibility

Round Screw Cap And Bottle Examples

These examples show stable round and flat screw caps that can be picked, placed and tightened by a swing-arm capping station.

Daily chemical, shampoo, cosmetic, personal care and chemical bottles with separate round screw caps for swing arm capping
Actual cap diameter, height, torque requirement and bottle stability determine the pickup tooling, chuck and positioning guides.
Daily Chemical BottleRibbed screw cap
Shampoo BottleSmooth round cap
Cosmetic Toner BottleLow-profile screw cap
Personal Care BottleStandard flat cap
Chemical BottleMetal-look screw closure
Cap Compatibility

Suitable And Not Recommended Caps

Suitable Caps

  • Standard screw caps
  • Round flat caps
  • Daily chemical bottle caps
  • Cosmetic bottle caps
  • Chemical bottle caps after testing

Not Recommended For

  • Very unstable special-shaped caps
  • Trigger sprayers without special tooling
  • Pump heads requiring cap placing system
  • Press-fit caps
  • High-speed lines requiring tracking capping
Machine Configurations

Swing Arm Capping Machine Configurations

Automatic Swing Arm Capping Machine

Automatic Swing Arm Capping Machine

Swing arm capping
Cap Diameter22-110mm
Bottle Height10-60mm
Speed25-40 Bottles/Min
Heads2

Capping Features

Cap TypeStandard flat caps
MethodSwing arm capping
Torque ControlPLC setting
Cap PlacingCap pickup and placing
Cap SortingVibratory bowl / cap elevator
Auto Cap FeedingYes

Bottle & Application

Bottle TypeRound bottles
Suitable ClosureStandard flat caps
IndustryFood & beverage, daily chemical & personal care, alcohol products

Machine Specification

AutomationFully automatic
Machine304 stainless steel
Voltage380V
Power2 kW
Air Pressure0.6-0.8 MPa
Size1000 x 1200 x 2100mm
CustomizationYes
Configuration Logic

What Should Be Confirmed Before Selection?

Same Core Structure

  • Swing arm capping action
  • PLC torque setting
  • Automatic cap feeding can be configured
  • Bottle positioning structure
  • Line integration capability

Need To Confirm

  • Cap diameter and cap height
  • Bottle height and bottle stability
  • Required capping speed
  • Cap feeding method
  • Torque and cap damage requirement
Bottle And Line Matching

Recommended Bottle Types And Line Connection

Recommended Bottle Types

  • Round bottles
  • Daily chemical bottles
  • Cosmetic bottles
  • Chemical bottles
  • Stable plastic bottles
  • Glass bottles after testing

Bottle / Cap Matching Notes

Bottle Or Cap TypeRecommended Structure
Round bottlesSide belts and bottle positioning
Flat bottlesBottle holding and anti-rotation guides
Pump headsPump head sorting, feeding and placing; use a separate tightening station when required
Trigger sprayersSprayer orientation and special grippers
Press capsPressing head and bottle support
Working Process

How The Swing Arm Capping Machine Works

Step 01Bottle feeding
Step 02Cap sorting
Step 03Cap pickup
Step 04Swing arm placement
Step 05Cap tightening
Step 06Torque control
Step 07Bottle output
Step 08Line connection

The capping machine can work as a standalone unit, or connect with filling, labeling and conveyor systems to build an automatic production line.

Capping Method Value

Why Choose Swing Arm Capping?

Main Advantages

  • Flexible for standard screw caps
  • Stable tightening action
  • Suitable for medium-speed production
  • Can connect with filling and labeling

Production Benefits

  • Good for customized bottle lines
  • Cap feeding can be configured by sample
  • Easy to adjust for bottle size
  • Useful for daily chemical and cosmetic products
Method Comparison

Comparison With Other Capping Methods

Capping MethodBest ForSelection Note
Swing Arm CappingRound screw caps, medium-speed linesFlexible solution for standard caps
Linear CappingContinuous screw cap tighteningGood for stable inline production
Tracking CappingHigher speed linesReduces bottle stop time
Pump Head Feeding & PlacingLotion pump and shampoo pump capsSorts and places pump heads before a separate tightening station
Trigger Sprayer CappingSprayer caps for cleaning bottlesDesigned for long trigger heads
Four-wheel CappingScrew caps and some pump capsStable side tightening and fast changeover
Press CappingPress-fit capsSuitable for pressing instead of thread tightening
After the initial engineering review

What You Receive Before Final Configuration

Start with photos, dimensions, product behavior, filling volume and target output for your Automatic Swing Arm Capping Machine For Screw Caps And Round Caps. Physical containers, closures, labels or product are requested later only when tooling or factory testing requires them.

  1. Recommended configurationMachine type, head or station quantity and required options.
  2. Preliminary layoutMachine sequence, interfaces, footprint and utility assumptions.
  3. Written quotationConfirmed scope, available options, exclusions and commercial terms.
  4. Test requirement listWhich physical items must be sent later for tooling and FAT, only when required.
Engineering Definitions

How To Read The Published Automatic Swing Arm Capping Machine For Screw Caps And Round Caps Parameters

The website helps shortlist a machine. Final values are released only after the product, container, closure or label, required output and factory conditions are reviewed.

Bottle and cap range

Published dimensions are selection references. Neck finish, cap geometry, bottle support and physical samples control final approval.

Heads or stations

The listed quantity describes the configured capping positions; the cap-feeding method remains part of the system design.

Speed basis

A sustained bottles-per-minute target requires the real cap, bottle, feeder and upstream spacing conditions.

Closure result

Placement, tightening, pressing or torque checks use an agreed method and supplied package samples during FAT.

Final handover package

After configuration confirmation, the handover package supports installation, operation, maintenance and acceptance without publishing unconfirmed project values.

  • Approved general arrangement or layout
  • English operation manual
  • Electrical diagram
  • Pneumatic diagram where applicable
  • PLC program backup
  • Agreed FAT criteria and record
  • Operation training
  • Recommended spare-parts list
1 yearWarranty
Within 2 hoursOnline response
Remote + onsiteCommissioning options
Within 7 daysCommon spares dispatch
FAQ

Common Questions Before Buying

What caps are suitable for swing arm capping?

Standard screw caps and round flat caps are common applications.

Can it handle pump heads?

Pump heads usually need a pump head feeding and placing machine with special placing structure.

Can torque be controlled?

Yes. Torque control can be set according to cap and bottle samples.

Can it connect with a filling machine?

Yes. It can connect with filling, labeling and conveyor systems.

Do you need cap samples?

Yes. Cap samples are important for selecting grippers and feeding structure.

Buyer Selection Guide

Automatic Swing Arm Capping Machine Selection Answers For Buyers

Best Used For

Screw caps on round bottles, jars and daily chemical or cosmetic containers.

When To Choose It

Choose it for medium-speed automatic lines where cap handling stability and torque control are important.

Not Recommended For

Not recommended for trigger sprayers, special pump heads or caps requiring complex orientation without customized tooling.

Before Quotation

Cap diameter, cap height, bottle height, bottle diameter, cap feeding method, target speed and required torque range.