HEADWAY Company Overview

Selection and Comparison Guide for HFB003 and HFB008 Vibrations and minor precision drifts of end effectors that occur during the trial operation of automated equipment are primarily caused by insufficient rigidity of the guide shaft holder. Although both models have similar appearances, their design philosophies and application areas differ significantly. HFB003 (Extreme Space Optimization): Minimizes the outer diameter and flange width of the main body, eliminating constraints in narrow spaces where motors and sensors are densely packed. It is optimal for micro-stroke and small precision mechanisms, including very small diameters (less than ∅8), and primarily adopts two-hole fixation for medium and small sizes. HFB008 (Dynamic High Rigidity): Expands the outer shape and base span for medium to heavy loads. By increasing the thickness of the boss section, it maintains roundness of the inner diameter even under high tightening torque, preventing shaft binding, galling, and displacement due to impact. It fully adopts four-hole fixation from medium diameters, significantly enhancing resistance to tipping and torsional rigidity. Even in aluminum, it demonstrates sufficient thread support strength. Selection Points: If space-saving and low load are the top priorities, HFB003 is recommended. For dynamic mechanisms that experience frequent acceleration and deceleration or cantilever loads, HFB008 is recommended (Note: Since HFB008 has a larger outer dimension, it is necessary to check for 3D interference in advance).

KLF/KLT Ball Spline Selection Summary This is a summary of the features and differentiation of two models that achieve both linear motion and zero backlash torque transmission. KLF (Round Flange Type): By directly fastening with bolts, it evenly distributes moment loads and exhibits excellent dynamic rigidity. It is ideal for cantilever beams and lateral load environments, such as SCARA robots and wafer transport. KLT (Cylindrical Type): With key groove transmission, it aligns flush with the housing to eliminate interference. It is suitable for high-density parallel arrangements in extremely small spaces, such as multi-axis dispensing nozzles and mounting machines. Key Points for Selection If the shaft diameter is the same, the basic rated load and torque performance are equivalent, and both models are equipped with a structure to prevent steel balls from falling out during external tube extraction. If the pitch between adjacent shafts is less than "flange outer diameter + tool tightening clearance," choose KLT; if mounting rigidity is the top priority, select KLF.

**"A Storm of Food Waste Collection Will Hit in 2027" - A Crisis of Doubling Costs for Restaurants** In Taiwan, starting from January 2027, "feeding pigs with food waste" will be completely banned, leading to the disappearance of traditional low-cost collection routes. As a result, collection costs could soar to as much as 2,000 New Taiwan Dollars per barrel, placing a serious burden on businesses' backyards. With different disposal policies and subsidies (such as assistance for purchasing food waste processors) across municipalities, the main countermeasures available for business owners are as follows: 1. Passively accept price increases: Costs will rise indefinitely, and there will still be risks of odors and pests from a hygiene perspective. 2. Utilize public facilities: There is a need to align with scheduled collections, and issues with storage odors and transportation remain. 3. Introduce commercial food waste processors (source reduction on-site): While initial investment is required, collection costs can be reduced by over 80%, and waste can be converted into odorless dried residue on the same day. Additionally, recording decarbonization history through AIoT can be utilized for ESG reporting. In conclusion, on-site source reduction through commercial food waste processors is the only optimal solution to escape rising costs while achieving both environmental hygiene and sustainability.