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Glass Vacuum Lifter Robot

Glass vacuum lifter robot is designed to help glass manufacturers unload, transport, and install large panes of glass with exceptional precision. The machine features lateral movement for accurate positioning. Its telescopic arm can reach heights of up to 5 meters, allowing it to handle high installation tasks efficiently. In addition to glass, it can also be used to handle various smooth, flat materials such as granite, drywall, and steel.

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Since the introduction of glass handling and lifting robots, safe lifting and installation of glass panels has become a reliable reality. Manual glass installation carries significant risks, including panel breakage, cracks, and serious worker injuries.

Glass lifting robots have emerged as the ideal solution for safe, efficient glass handling operations.

Common Challenges in Glass Handling for Glass Factories

High Breakage Rates and Material Waste

Large glass sheets are fragile, heavy, and slippery. Manual handling often leads to cracks, chips, scratches, and breakage, resulting in high material waste, increased costs, and delayed production.

Glass vacuum lifter robots use powerful, evenly distributed vacuum suction to securely hold glass panels without damage. Its max capacity can reach to 800kg. This greatly reduces human error and physical impact, drastically lowering breakage rates.

Low Handling Efficiency and Production Bottlenecks

Moving large glass manually requires multiple workers, has slow speed, and poor coordination. This creates bottlenecks in processing lines including cutting, edging, cleaning, tempering, and packaging.

One single operator can control the vacuum lifter to load, transfer, and position glass sheets efficiently. This stabilizes workflow, shortens cycle times, and eliminates bottlenecks across the production line.

High Risk of Worker Injuries and Production Downtime

Workers face serious risks such as muscle strains, hand injuries, falls, and even glass breakage-related accidents. Injuries lead to absenteeism, downtime, compensation costs, and unstable output.

Vacuum lifter bear the full weight of glass panels. Workers only need to operate the controls remotely or on-site, greatly reducing physical labor and injury risks, ensuring stable staffing and continuous production.

Difficulty in Precise Positioning

Manual movement and alignment are inaccurate, causing repeated adjustments, machine loading errors, and low efficiency in processing and packaging.

Vacuum lifting robots support flexible adjustments including side-shift, rotation, and tilting, enabling fast and precise positioning. This reduces rework and improves compatibility with automated production lines.

Model	DXGL-LD 300	DXGL-LD 400	DXGL-LD 500	DXGL-LD 600	DXGL-LD 800
Capacity(kg)	300kg (retract) 150kg (extend)	400kg (retract) 200kg (extend)	500kg (retract) 250kg (extend)	600kg (retract) 300kg (extend)	800kg (retract) 400kg (extend)
Manual rotation	360°	360°	360°	360°	360°
Max lifting height(mm)	3500	3500	3500	3500	5000
Operation method	walking style	walking style	walking style	walking style	walking style
Battery(V/A)	2*12/100	2*12/100	2*12/100	2*12/100	2*12/120
Charger(V/A)	24/12	24/15	24/15	24/15	24/18
walk motor(V/W)	24/1200	24/1200	24/1500	24/1500	24/1500
Lift motor(V/W)	24/2000	24/2000	24/2200	24/2200	24/2200
Front wheel size(mm)	Ø400*80	Ø400*80	Ø400*90	Ø400*90	Ø400*90
Rear wheel size(mm)	Ø250*80	Ø250*80	Ø300*100	Ø300*100	Ø300*100
Suction cup size(mm)	Ø300	Ø300	Ø300	Ø300	Ø300
Suction cup quantity	4 pcs	4 pcs	6 pcs	6 pcs	8 pcs
Packing size(mm)	256010301700	256010301700	258010501700	258010501700	300012502300
Weight	1150kg	1330kg	1350kg	1450kg	1650kg
Movement	Automatic	1. Pad frame vertical up/down 180°automatic 2. Boom in/out TELESCOPIC automatic 3. Powered arm up/down automatic 4. Lateral side shift left/right 100mm automatic
Movement	Manual	5. Pad frame tilt left/right 90°manual (extra cost to change to automatic) 6. Pad frame rotation 360°manual (extra cost to change to automatic)

How Vacuum Lifter Robots Boost Efficiency in Glass Factories

Reduce Labor Dependency and Lower Operating Costs

Traditional glass handling relies on 3–6 people per sheet, leading to high labor costs, low efficiency, and difficulty in recruiting skilled workers.

One worker with a vacuum lifter can complete tasks that previously required an entire team. This significantly cuts labor costs while improving handling capacity and stability.

Accelerate Production Line Speed and Throughput

Slow manual loading and unloading cause frequent interruptions, limiting daily output and factory capacity.

Glass vacuum robots enable fast, smooth loading and unloading between processing stages. This keeps the entire production line running continuously and increases daily output significantly.

Improve Workplace Safety and Reduce Downtime

Accidents and injuries lead to shutdowns, fines, extra training, and low employee morale.

By minimizing direct manual contact with heavy glass, the robots create a safer working environment, reduce accident rates, and maintain consistent production without unexpected downtime.

Enhance Positioning Accuracy and Reduce Rework

Inaccurate placement causes misprocessing, defective products, and wasted materials and time.

With precise movement control, vacuum lifters ensure accurate alignment during loading, processing, and packaging. This reduces defects, rework, and material waste.

Handle Large, Heavy, and Oversized Glass Safely

Manual handling of large-format, thick, or heavy glass is extremely difficult and risky, limiting product types and factory capabilities.

Glass vacuum lifter can safely lift and transport large, heavy, and oversized glass sheets that workers cannot handle manually, expanding production capacity and product range.

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