High-Precision GSM Cutter ULB-T28 from Leading China Textile Testing Machine Suppliers and Factory
Application
Key Features
gsm cutter machine achieve 100 cm² × 5 mm samples, with zero material distortion.
Hardened steel blades and anti-corrosion coating ensure durability.
circular sample cutter one-handed operation and compact footprint fit tight spaces.
Comes with a non-slip cutting mat and extra blades for hassle-free maintenance.
Key Specification
| Model | ULB-T28 |
| Cutting area | 100 cm² |
| Cutting diameter | Φ112.8mm |
| Cutting thickness | 5mm |
| Weighting range | 300g |
| Weighting accuracy | 0.01g |
Accessories
| Standards accessories | 4pcs | Schroder blades (Made in Germany) |
| 1pc | Cutting mat |
Frequently Asked Questions
Q: What is the primary function of the GSM cutter?
The GSM cutter is designed to cut precise circular specimens of exactly 100 cm² from various materials (such as fabric, paper, or leather) to determine their weight per unit area (Grams per Square Meter) when integrated with the electronic balance.
Q: What thickness of materials can this circular sample cutter handle?
The ULB-T28 circular sample cutter can cleanly slice through materials with a cutting depth/thickness of up to 5 mm without causing material distortion.
Q: What are the key technical specifications of the electronic balance?
The electronic balance features a maximum weighting range of 300g with a high precision accuracy of 0.01g. It is equipped with a clear LCD display, touching switches, a stainless steel plate, and wind-proof caps to ensure stable measurements.
Q: Are spare blades included with the GSM cutter machine?
Yes, the package includes 4 pieces of premium Schroder blades (Made in Germany) as standard accessories, along with 1 piece of non-slip cutting mat to protect the cutting surface and blade edges.
Q: Is the device easy to operate in limited workspace?
Yes, the GSM cutter is engineered for user-friendly, one-handed operation and features a compact footprint, making it ideal for tight spaces and busy laboratory settings.

