

K520i-5Xs five-axis machining center is developed to meet the needs of multi-surface machining of complex parts and realize five-axis linkage machining. It is mainly suitable for five-axis processing fields such as blades, turbines, complex small precision moulds, medical components, aerospace and aviation.

K-540A high-speed vertical machining center adopts natural marble gantry structure bed. After long-term natural aging, the structure is uniform and the linear expansion coefficient is small; It is mainly suitable for high precision mould, copper electrode processing and various occasions with high precision requirements.

The S800i-5X uses a one-piece mineral casting base, which has good shock resistance and prevents vibration interference from affecting the processing. A moving beam type cross beam is adopted, and the cross beam adopts a 45-degree structure, so that the center of gravity is moved backward, and the structure is more stable. Equipped with five swing axes, the swing axis and the rotation axis can rotate along the X, Y and Z axes during machining. Full closed-loop control, all axes are equipped with high-resolution grating ruler; Interpolation control is carried out by using Rhenium Sodium Gram U5E control system. It is suitable for five-axis processing fields such as complex precision moulds, automotive parts, medical parts, aerospace and so on.






FiberFlute is an innovative corrugated paper cushioning material designed as an eco-friendly packaging solution for high-value precision instruments like medical diagnostic equipment. Made from 100% recyclable materials, it completely replaces virgin plastic foams, delivering excellent cushioning and protection while resisting environmental factors such as humidity. This compact solution significantly reduces packaging volume, enhancing transportation and storage efficiency with outstanding stacking strength, helping clients achieve sustainable supply chain and carbon reduction goals.

In response to the challenges of cost, safety, and efficiency in transporting C-arm equipment, we have introduced an innovative nail-free packaging system. The solution adopts a lightweight, tool-free assembly and disassembly design, combined with a ramp to assist handling, making it easily adaptable to complex scenarios such as narrow hospital corridors. By utilizing EPE cushion pallets and internally customized wooden fixtures, it provides excellent shock absorption and protection while reducing the overall packaging weight by 20%, significantly cutting transportation costs. This integrated design achieves comprehensive optimization of safety, efficiency, and cost-effectiveness.

Nefab's corrugated monitor packaging for patient monitor delivers high-end protection and sustainability in one design. This 100% plastic-free solution passes ISTA 2A testing, ensures safe transit for large glass screens, and improves efficiency — reducing packaging volume by 34%, increasing transport capacity by 50%, and cutting annual carbon emissions by 211 tons. It also boosts packaging speed by 66% and lowers overall costs by 46%, achieving a balance of protection, environmental responsibility, and operational performance.



The "Christmas tree gecko" is a real fastener, also known as a "Christmas tree anchor bolt" or "Christmas tree expansion bolt"; it has an expansion sleeve section with a dense ring of teeth that looks like a Christmas tree on the side, hence the name. When installing, tap the whole into the pre-drilled hole. When inserted, the insection will produce huge friction, and when the force is reversed, the insection will open and "bite" the hole wall, forming a fixed. The Christmas Tree Gecko is designed to provide a quick, secure hold on hollow, porous or softer substrates.

Gypsum board gecko is a special anchor bolt specially designed for hollow and low-strength boards such as gypsum board. It mainly solves the problems that the self-tapping screw is not firmly fixed and the common expansion screw can not be used. It is directly screwed into the prefabricated hole of gypsum board like a screw, and is fixed by the huge friction and mechanical bite force between the thread and the gypsum board material. When installed, the inside forms an anchoring claw. It is designed to safely hang objects from gypsum board partitions or suspended ceilings.

The hollow gecko is a metal expansion anchor bolt (for all-metal) in the national specification, or more specifically, an internal thread type/internal force type expansion anchor bolt; the hollow gecko is a cylindrical (sleeve type) metal expansion part, which is usually composed of a conical screw rod with an internal thread at the tail and an expansion sleeve (metal sleeve) sleeved outside; During installation, the whole body is inserted into a pre-drilled hole, and when the nut or bolt is tightened, the internal conical screw is pulled to force the external metal sleeve to expand and open, so that a huge friction force and a mechanical bite force are formed inside a wall body or a base material to achieve a fastening effect. Its core use is to solve the problem of "hanging heavy objects safely and firmly on hollow and loose walls".


Nitrogen generator is based on pressure swing adsorption (PSA) technology, with air as raw material and carbon molecular sieve as adsorbent. It realizes oxygen and nitrogen separation through the cycle process of pressurized adsorption and atmospheric pressure desorption, and can output nitrogen with purity of 98% -99.999%. It is widely used in gas separation equipment in food preservation, industrial heat treatment, chemical industry, medicine, electronics and other fields.

Modular nitrogen generator (aluminum alloy modular nitrogen generator) is an automatic equipment composed of several nitrogen generation modules, using carbon molecular sieve as adsorbent, using the principle of pressurized adsorption and depressurized analysis to adsorb oxygen from the air, so as to separate nitrogen.

PSA oxygen generator is a fully automatic equipment which uses zeolite molecular sieve as adsorbent, uses the difference of oxygen and nitrogen adsorption on the surface of molecular sieve in compressed air, and directly produces oxygen from compressed air through the principle of pressurized adsorption and depressurized desorption.
