Parts of handloom weaving machine | different parts of handloom | main part of handloom | Different weaving images with name
Parts of Handloom: Complete Guide to Loom Parts and Their Functions
Introduction
A handloom is a manually operated weaving machine used to interlace warp and weft yarns to produce woven fabric.
Although handlooms are traditionally operated by the weaver using hand and foot movements, the loom contains many individual parts that work together to control the warp, insert the weft, beat the fabric and maintain proper fabric formation.
Understanding the parts of a handloom and their functions is essential for handloom weavers and students of Handloom & Textile Technology.
The exact construction of a handloom may vary according to the type of loom, fabric, region and weaving technique. However, most conventional handlooms contain several common components.
What is a Handloom?
A handloom is a loom operated manually by a weaver for producing woven fabric.
The basic weaving process consists of:
Shedding → Picking → Beat-up
These three primary operations are repeated continuously to form the fabric.
Shedding
Separating the warp threads to create an opening called the shed.
Picking
Passing the weft yarn through the shed.
Beat-up
Pushing the newly inserted weft into the fabric using the reed.
In a traditional handloom, additional mechanisms help the weaver control warp tension, cloth take-up, shuttle movement and fabric formation.
Main Parts of a Handloom
The major parts commonly found in a handloom include:
Loom frame
Warp beam
Cloth beam
Heald shaft
Heald / heddle
Reed
Sley
Batten
Shuttle
Shuttle box
Picker
Treadle
Tie-up
Temple
Breast beam
Back beam
Lease rods
Fell of the cloth
Breast roller
Cloth roller
Warp tension arrangement
The exact arrangement depends on the type of handloom.
1. Loom Frame
The loom frame is the main supporting structure of the loom.
It supports and holds many of the other components in their correct positions.
The frame provides stability during weaving and maintains the alignment of:
Warp beam
Cloth beam
Heald shafts
Reed
Sley
Treadles
Shuttle mechanism
A strong and properly aligned frame is important for producing uniform fabric.
2. Warp Beam
The warp beam is the beam on which the prepared warp is wound before weaving.
It is generally located toward the back of the loom.
Functions
Holds the warp yarn.
Supplies warp gradually during weaving.
Helps maintain the required warp tension.
Provides controlled release of warp toward the weaving zone.
The warp beam is therefore an important part of the warp supply system.
3. Back Beam
The back beam supports and guides the warp as it travels from the warp beam toward the healds.
It helps maintain the correct path of the warp.
Depending on loom construction, the back beam may also be called the back roller.
4. Lease Rods
Lease rods help maintain the order of the warp ends.
They keep the warp threads separated and organized according to their original sequence.
Functions
Maintain warp order.
Prevent excessive crossing of warp ends.
Help during drawing-in and threading.
Make handling of the warp easier.
5. Heald Shaft
The heald shaft, also called a harness frame or shaft, carries the healds/heddles through which the warp ends are drawn.
During weaving, the shafts move upward or downward according to the selected weave.
Functions
Controls groups of warp ends.
Produces the required shed.
Helps form different basic weave structures.
For example, plain weave generally requires two basic sets of warp movement, while more complicated weaves may require additional shafts.
6. Heald / Heddle
A heald or heddle is a small element containing an eye through which an individual warp end passes.
The warp end passes through the eye of the heddle.
When the shaft moves, the corresponding warp ends are raised or lowered.
Functions
Guides individual warp ends.
Helps create the shed.
Controls warp movement according to the weave plan.
7. Reed
The reed is one of the most important parts of a handloom.
It consists of closely spaced dents and is mounted in the sley or beater.
Functions
Keeps warp ends properly spaced.
Determines the denting arrangement.
Guides the weft during beat-up.
Pushes the inserted weft toward the fell of the cloth.
Helps determine fabric width and warp density.
The number of dents and the number of warp ends inserted per dent depend on the fabric construction.
8. Sley
The sley is the movable framework that carries the reed.
It swings backward and forward during weaving.
Functions
Holds the reed.
Supports the beater mechanism.
Helps beat the inserted weft into position.
Maintains the alignment of the reed.
The sley is therefore essential to the beat-up operation.
9. Batten / Beater
The batten, commonly associated with the beater mechanism, carries the reed and moves it toward the fell of the cloth.
Its principal function is to perform the beat-up operation.
After the weft has been inserted through the shed, the beater pushes the weft into the required position.
10. Shuttle
The shuttle carries the weft yarn across the width of the loom through the shed.
Traditional handlooms commonly use a wooden shuttle containing a pirn, bobbin or cop according to the shuttle type.
Functions
Carries the weft yarn.
Passes the weft through the shed.
Helps maintain continuous weft insertion.
There are different types of shuttles depending on the loom and weaving method.
11. Shuttle Box
The shuttle box is the space provided at the side of the loom where the shuttle enters and rests after crossing the shed.
In a conventional fly-shuttle arrangement, shuttle boxes are generally provided on both sides.
Functions
Receives the shuttle.
Provides a controlled path for shuttle movement.
Helps protect and position the shuttle during picking.
12. Picker
The picker helps propel the shuttle from one side of the loom to the other in a suitable fly-shuttle arrangement.
It is generally located near the shuttle box.
Functions
Contacts the shuttle.
Transfers motion to the shuttle.
Helps produce efficient picking.
The exact picker arrangement depends on the loom design.
13. Treadles
Treadles, also called treadles or treadle levers, are foot-operated components of many handlooms.
The weaver presses the treadles with the feet.
Through the tie-up arrangement, the treadles control the movement of the heald shafts.
Functions
Operate the shafts.
Create the required shed.
Allow the weaver to control the weave structure.
14. Tie-Up
The tie-up connects the treadles with the heald shafts.
It determines which shafts move when a particular treadle is pressed.
The tie-up is therefore an important part of the weave-control system.
For example, different tie-up arrangements are required for:
Plain weave
Twill
Satin
Other shaft-controlled structures
15. Breast Beam
The breast beam is positioned toward the front of the loom.
The woven cloth passes over or around the breast-beam area before moving toward the cloth beam.
Functions
Supports the front portion of the loom.
Helps guide the woven fabric.
Maintains the working position of the fabric.
16. Breast Roller
The breast roller guides the woven fabric between the weaving zone and the cloth take-up system.
It helps maintain a smooth path for the fabric.
Depending on loom construction, the breast roller may be fixed or arranged as part of the fabric-control system.
17. Fell of the Cloth
The fell of the cloth is the line or position where the newly inserted weft is beaten into the woven fabric.
It is not a mechanical component, but it is an important technical term in weaving.
The distance between the fell and the reed changes during the weaving cycle.
18. Cloth Beam
The cloth beam is the beam onto which the completed fabric is wound.
It is generally located toward the front or lower front portion of the loom.
Functions
Collects the woven fabric.
Maintains controlled fabric take-up.
Helps maintain the required weaving zone.
19. Cloth Roller
A cloth roller may be used to guide or wind the woven fabric before it reaches the cloth beam.
Its exact arrangement varies according to the loom design.
20. Temple
The temple is a device used to maintain the required width of the woven fabric near the fell.
It helps prevent excessive inward movement of the fabric edges during weaving.
Functions
Maintains fabric width.
Helps prevent excessive draw-in.
Supports uniform selvedges.
Improves fabric formation.
Different types of temples may be used depending on the fabric and loom.
21. Warp Tension Arrangement
Proper warp tension is essential for successful weaving.
The warp tension system may involve:
Warp beam
Beam control
Weighting arrangement
Tensioning mechanism
Brake or friction arrangement
Importance
Uniform warp tension helps produce:
Consistent shed
Uniform fabric
Better selvedges
Fewer warp breaks
More regular picks
22. Selvedge
The selvedge is the finished edge of the woven fabric along its length.
It is not a mechanical part of the loom, but it is an important part of the woven structure.
Proper selvedge formation helps prevent the fabric edges from becoming loose or damaged.
23. Warp
The warp consists of the yarns arranged lengthwise in the fabric.
The warp is prepared before weaving and mounted on the loom.
Functions
Forms the lengthwise foundation of the fabric.
Works with the weft to form the woven structure.
Provides the main yarn system for shedding.
24. Weft
The weft is the yarn inserted across the width of the fabric.
It is inserted through the shed using a shuttle or another suitable picking device.
Functions
Forms the crosswise yarn system.
Interlaces with the warp.
Builds the fabric pick by pick.
Basic Working Sequence of a Handloom
The main weaving operations occur in the following sequence:
1. Shedding
The warp is divided into two or more layers to create an opening called the shed.
2. Picking
The shuttle carries the weft through the shed.
3. Beat-Up
The reed pushes the newly inserted weft toward the fell of the cloth.
The cycle then repeats.
Shedding → Picking → Beat-up → Shedding → Picking → Beat-up
This repeated sequence produces the woven fabric.
How the Main Parts Work Together
The different loom parts do not work independently.
They operate as an integrated system.
Warp Beam
↓
Supplies warp
Back Beam / Lease Rods
↓
Guide and organize warp
Healds / Shafts
↓
Create shed
Shuttle
↓
Inserts weft
Reed / Sley
↓
Beats up weft
Breast Beam / Roller
↓
Guides fabric
Cloth Beam
↓
Collects woven fabric
This coordinated movement allows the handloom to produce fabric continuously.
Parts of Handloom and Their Functions – Quick Reference
| Part | Main Function |
|---|---|
| Loom frame | Supports the loom components |
| Warp beam | Holds and supplies warp |
| Back beam | Guides warp |
| Lease rods | Maintain warp order |
| Heald shaft | Controls groups of warp ends |
| Heddle | Guides individual warp ends |
| Reed | Spaces warp and performs beat-up |
| Sley | Carries reed |
| Batten/Beater | Performs beat-up |
| Shuttle | Carries weft |
| Shuttle box | Receives shuttle |
| Picker | Propels shuttle in suitable fly-shuttle systems |
| Treadle | Operates shafts |
| Tie-up | Connects treadles and shafts |
| Breast beam | Supports and guides fabric |
| Breast roller | Guides fabric |
| Temple | Maintains fabric width |
| Cloth beam | Collects woven fabric |
| Cloth roller | Guides/collects fabric |
| Warp tension system | Maintains warp tension |
Difference Between Warp Beam and Cloth Beam
| Warp Beam | Cloth Beam |
|---|---|
| Holds unwoven warp | Holds completed fabric |
| Located toward the back | Generally toward the front |
| Supplies warp | Collects fabric |
| Controls warp supply/tension | Controls fabric take-up |
Difference Between Reed and Heald
| Reed | Heald / Heddle |
|---|---|
| Contains dents | Contains eyes |
| Mounted in sley/beater | Mounted in shafts |
| Spaces warp ends | Guides warp ends |
| Performs beat-up | Helps create shed |
| Determines denting arrangement | Controls warp movement |
Difference Between Sley and Reed
The reed is the component containing dents through which the warp passes.
The sley is the movable framework that carries the reed.
Therefore:
Reed = Denting + Beat-up surface
Sley = Movable support carrying the reed
Importance of Proper Loom Setting
Correct setting of the loom parts is essential for producing quality fabric.
Important factors include:
Correct warp tension
Proper drawing-in
Correct denting
Correct treadle tie-up
Proper shed
Correct shuttle movement
Uniform beat-up
Proper fabric take-up
Correct temple setting
Incorrect settings can lead to:
Warp breakage
Uneven fabric
Reed marks
Uneven selvedges
Incorrect fabric width
Irregular picks
Design distortion
Common Handloom Problems and Related Parts
Uneven Warp Tension
Check the warp beam and tension arrangement.
Poor Shed
Check the healds, shafts and tie-up.
Uneven Fabric Width
Check the temple and warp tension.
Irregular Picks
Check shuttle movement, beat-up and weft insertion.
Reed Marks
Check reed condition, denting and beat-up.
Shuttle Not Moving Properly
Check the shuttle, shuttle box and picker where applicable.
Warp Breakage
Check yarn quality, warp tension, heddles, reed and loom alignment.
Maintenance of Handloom Parts
Regular maintenance helps improve weaving efficiency and fabric quality.
Wooden Components
Keep them clean, dry and properly aligned.
Reed
Check for damaged or bent dents.
Healds
Replace damaged heddles and keep the eyes smooth.
Shuttle
Check for cracks, rough surfaces and proper yarn passage.
Picker
Inspect for wear in fly-shuttle arrangements.
Treadles and Tie-Up
Check connections and movement regularly.
Warp Beam and Cloth Beam
Ensure smooth rotation and proper alignment.
Temple
Check pins, rollers or other working elements according to the temple type.
Regular inspection reduces unexpected loom stoppages and helps maintain consistent fabric quality.
Safety Precautions
Although a handloom is manually operated, proper safety practices are important.
Keep hands away from moving parts.
Do not operate damaged loom components.
Replace broken reeds or heddles.
Keep the working area clean.
Avoid loose clothing near moving mechanisms.
Maintain adequate lighting.
Repair damaged wooden or metal components.
Ensure the shuttle and picking mechanism are properly adjusted.
Importance for Handloom and Textile Students
Knowledge of handloom parts is a fundamental topic in Handloom and Textile Technology.
Students should be able to:
Identify major loom parts.
State their functions.
Explain the weaving cycle.
Understand warp and weft movement.
Explain the relationship between shafts, heddles and treadles.
Explain the function of the reed and sley.
Understand fabric take-up and warp supply.
Identify common loom-setting problems.
A clear understanding of these components provides a foundation for studying advanced topics such as:
Jacquard
Dobby
Jala
Extra Warp
Extra Weft
Figured Single Cloth
Double Cloth
Damask
Brocade
Other figured weaving techniques
Frequently Asked Questions
What are the main parts of a handloom?
The main parts include the loom frame, warp beam, cloth beam, heald shafts, heddles, reed, sley, shuttle, shuttle box, picker, treadles, tie-up, breast beam and temple.
What is the function of the warp beam?
The warp beam holds the prepared warp and supplies it gradually during weaving while helping maintain suitable warp tension.
What is the function of the reed?
The reed maintains warp spacing and beats the inserted weft toward the fell of the cloth.
What is the function of a heddle?
A heddle guides an individual warp end and helps control its movement during shedding.
What does the shuttle do?
The shuttle carries the weft yarn through the shed.
What is the function of the treadle?
The treadle is operated by the weaver's foot and, through the tie-up, controls the movement of the shafts.
What is the function of the temple?
The temple helps maintain the required fabric width and reduces excessive draw-in near the weaving zone.
What is the difference between warp beam and cloth beam?
The warp beam holds the unwoven warp, while the cloth beam collects the completed woven fabric.
What are the three basic operations of weaving?
The three basic operations are:
Shedding → Picking → Beat-up
Conclusion
A handloom is a coordinated system of mechanical and textile components. Every part has a specific function, and the correct operation of these parts is essential for producing good-quality woven fabric.
The warp beam supplies the warp, the healds create the shed, the shuttle inserts the weft, the reed performs beat-up, and the cloth beam collects the finished fabric.
For students, weavers and anyone interested in handloom technology, understanding these components is the first step toward understanding more advanced weaving systems such as Dobby, Jacquard, Jala, Extra Warp and Double Cloth.
A good knowledge of handloom parts therefore provides the foundation for both traditional weaving practice and modern textile-technology studies.
Related Articles
For further study, explore:
Jacquard Machine: Introduction, Parts and Their Functions
Jala Technique
Dobby in Handloom Weaving
Extra Warp Design
Figured Single Cloth
Figured Double Cloth (DC2)
Figured Double Cloth (DC4)
Patent Satin
Different Types of Weaving Techniques
Comments
Post a Comment