Skyline Mill - Wet / Dry
Skyline Dry Mill
Capacity : 5 Kg to 750 Kg/Hr.
The Skyline Sky
mill is a highly versatile and efficient co-milling equipment widely used for
sizing, high-speed shredding, and grinding of powders, granules, tablets, and
various wet or dry materials. Unlike the traditional four principles of size
reduction—cutting, attrition, impact, and pressure—which often fail to deliver
consistent results, the Sky mill operates on the principle of centrifugal
shearing force for precise and controlled particle-size reduction.
Its innovative
design, combined with the optimised geometry of the conical screen and
impeller, delivers superior performance across pharmaceutical, nutraceutical,
and allied industries. Common applications include tablet shredding, dry
milling, wet milling, De-lumping of oversized materials, and uniform sizing for
further processing.
Salient Features
- Compact design; online model
also available.
- Constructed in SS 316 L for
enhanced durability and full cGMP compliance.
- Built as per safety standards
with fully concealed wiring (no exposed cables).
- Optional vacuum loading system
for efficient material transfer.
- Bin charging system option for
seamless integration with IBCs.
- Multiple blade and sieve
profiles available to achieve required particle sizes.
- Dust-free, closed system for
both charging and discharging of powders or granules.
- Low maintenance design with
minimal downtime.
- Easy-to-clean structure
ensuring quick changeovers and high hygiene standards.
- Optional top or bottom entry
drive based on process requirements.
- Available in a wide range of
models from 0.5 HP to 10 HP.
OUR RELATED PRODUCTS
The Skyline Sky Mill is widely used for sizing, high-speed shredding, and grinding of powders, granules, tablets, and various wet and dry materials. Unlike the four common principles of size reduction—cutting, attrition, impact, and pressure—which often do not provide controlled size reduction, this machine operates on the principle of centrifugal shearing force, ensuring uniform particle size.
