Meshed Lambing Sheep Panel

The Meshed Lambing Sheep Panel is a galvanized livestock hurdle designed for creating secure individual or grouped lambing pens for ewes and newborn lambs. The combination of horizontal rails and lower welded-mesh infill provides visibility, ventilation and improved containment of smaller lambs.

The reference IAE part-meshed lambing hurdle is 1050 mm high and available in 1230 mm and 1840 mm lengths. It uses five horizontal rails together with 50 mm × 50 mm welded mesh in the lower section, creating a practical balance between open livestock access and enhanced lamb containment.

Panels can be connected in banks of individual lambing pens or arranged back-to-back using suitable coupling systems. This modular structure allows farm managers to expand, relocate or dismantle lambing areas according to seasonal flock requirements.

The panel is suitable for commercial goat-farming-equipment/" target="_blank" class="keylink">sheep farms, lambing sheds, maternity areas, veterinary pens and steel-structure livestock buildings where durable and reconfigurable penning is required.

• Part-Meshed Construction: Lower welded-mesh section improves containment of newborn lambs while maintaining an open upper structure.
• Five Horizontal Rails: Provides a rigid livestock barrier suitable for ewe-and-lamb penning.
• 50 × 50 mm Welded Mesh: Reference configuration uses square weld mesh for improved small-animal security.
• 1050 mm Reference Height: Suitable for individual lambing pens and commercial sheep housing layouts.
• Two Reference Lengths: Available in 1230 mm and 1840 mm configurations.
• Modular Pen Formation: Panels can form individual pens, continuous single rows or back-to-back lambing runs.
• Galvanized Steel Construction: Provides durable corrosion resistance for humid livestock housing environments.
• Compatible Feeding Accessories: Reference systems can accept double-sided hay baskets positioned over the hurdle.
• Quick Seasonal Reconfiguration: Suitable for temporary lambing layouts that are assembled during lambing season and stored afterward.
• Commercial Project Integration: Suitable for new sheep houses, farm refurbishment and modular livestock penning projects.

The panel combines tubular horizontal rails with a welded-mesh lower section. The open rail structure provides visibility and access around the ewe, while the lower mesh reduces the size of openings near floor level where newborn lambs are most likely to escape.

Adjacent panels are connected through compatible rings, lugs or coupling rods. Multiple panels can therefore be assembled rapidly into individual square or rectangular lambing pens.

Back-to-back arrangements allow neighboring pens to share dividing panels, reducing the total number of hurdles required in large commercial lambing sheds and improving use of available floor space.

Reference dimensions and connection details are based on the comparable IAE Part Meshed Lambing Hurdle. Final SHEWUYOU specifications can be configured according to project requirements.

• Individual ewe-and-lamb pens
• Commercial lambing sheds
• Newborn lamb maternity areas
• Temporary lambing-season pen layouts
• Ewe observation and recovery pens
• Veterinary and livestock treatment areas
• Sheep breeding and research farms
• Temporary livestock isolation pens
• Indoor sheep housing systems
• Modular farm penning systems
• Steel-structure sheep houses and agricultural construction projects

• Panel length according to project requirements
• Panel height available upon request
• Welded mesh size according to lamb containment requirements
• Mesh infill height customizable for different pen applications
• Steel tube diameter and wall thickness according to project requirements
• Connection ring, lug or coupling-rod configuration
• Compatible sheep gates and lambing pen fronts
• Compatible hay racks, buckets and feeding accessories
• Bulk pallet and export packaging available upon request
• OEM and private-label supply available upon request
• Complete lambing-pen layouts designed according to flock size, building dimensions and farm conditions

Installation:

1. Prepare a level, dry lambing area with adequate bedding and access for farm personnel.
2. Position the first panel according to the planned pen dimensions.
3. Align the ring and lug connection points of adjoining panels.
4. Secure panels with the specified coupling arrangement.
5. Use coupling rods where back-to-back lambing pens are required.
6. Install compatible gates, hay baskets, feeders or water buckets as required.
7. Check all connections for stability and remove sharp projections before introducing livestock.
8. Maintain clear access lanes between banks of pens for feeding, bedding and veterinary work.

Maintenance:

• Remove manure, bedding and accumulated organic material regularly.
• Wash and disinfect panels between lambing groups where farm hygiene protocols require it.
• Inspect welded mesh for broken wires, deformation or sharp edges.
• Check horizontal rails, uprights and welded joints for damage.
• Inspect coupling rings, lugs and rods for excessive wear or bending.
• Touch up damaged protective surfaces where appropriate.
• Replace structurally damaged panels before further livestock use.
• Clean and stack portable panels in a dry storage area after the lambing season.

Q1: Why is the lower section meshed?

The smaller mesh openings near floor level help contain newborn lambs while the open rail section maintains ventilation, visibility and convenient access around the ewe.

Q2: What mesh size is used on the reference panel?

The reference IAE panel uses 50 × 50 mm welded mesh.

Q3: How high is the panel?

The reference IAE Part Meshed Lambing Hurdle is 1050 mm high.

Q4: What lengths are available?

Reference lengths are 1230 mm and 1840 mm. Custom lengths can be supplied according to project requirements.

Q5: How many panels are needed for an individual lambing pen?

The IAE reference system states that an individual standalone pen can be formed using four hurdles. Larger banks can share dividing panels for more efficient layouts.

Q6: Can the panels be arranged back-to-back?

Yes. A coupling-rod connection can be used to form back-to-back rows of lambing pens.

Q7: Can a hay basket be fitted to the panel?

Yes. Compatible double-sided hay baskets can be positioned over suitable hurdles to provide convenient feeding access.

Q8: Can the panels be used in permanent sheep buildings?

Yes. They can be incorporated into permanent livestock buildings while remaining removable and reconfigurable for seasonal management.

Q9: Are custom mesh configurations available?

Yes. Mesh size, infill height and panel dimensions can be customized according to project requirements.

Q10: Can SHEWUYOU design a complete lambing pen system?

Yes. Meshed panels, gates, feeders, drinkers, lambing accessories and complete pen layouts can be configured according to flock size and livestock building dimensions.