# Anderson Group Australia Blog


## Posts

- [Edgebander Maintenance in Australia: From Shift Checks to Quarterly Care](https://blog.andersonaustralia.com/edgebander-maintenance-checklist/): Follow shift, weekly, and quarterly edgebander maintenance checks for glue care, dust control, and safe guarding. Contact Anderson for service and parts.
- [CNC Linear Scales: Why Magnetic Suits Dusty Australian Panel Shops](https://blog.andersonaustralia.com/linear-scales-cnc/): Compare optical, magnetic, and inductive scales, then match accuracy and shop conditions to nesting and panel processing needs at Anderson Australia.
- [CNC Drilling vs Manual: Overnight Runs for Australian Cabinet Shops](https://blog.andersonaustralia.com/cnc-drilling-vs-manual-drilling-for-cabinetry/): Compare CNC and manual drilling for Australian cabinetry, from nesting and program testing to overnight runs, one off work, accuracy, and workshop fit.
- [5 Checks: Beam Saw or Sliding Table Saw for Australian Cabinetmakers](https://blog.andersonaustralia.com/beam-saw-vs-sliding-table-panel-saw/): Practical comparison for Australian cabinetmakers. Use a five point checklist to decide between beam saw nesting and sliding table flexibility.
- [CNC builders: pick absolute encoders by bits, IP rating and interface](https://blog.andersonaustralia.com/absolute-encoders-cnc/): A CNC-focused guide for machine builders. Turn encoder datasheet bits, IP ratings and SSI and BiSS interfaces into clear selection rules and a...
- [70–80 bar High Pressure Coolant: Anderson Checklist, Australian Shops](https://blog.andersonaustralia.com/high-pressure-coolant/): Practical checklist for shop engineers and CNC operators. Size pumps, nozzles, filtration and safety controls for 70–80 bar high pressure coolant in...
- [6 Signs a Linear Motor CNC Cuts Cycle Time for Australian Panel Shops](https://blog.andersonaustralia.com/linear-motor-cnc/): Guide for Australian panel shops: decide if linear motor CNCs outperform ball screws. Lab results, thermal fixes and a six point spec list to inform your...
- [Stop Scrap with NMI Traceable In Process Gauging for Australian Shops](https://blog.andersonaustralia.com/in-process-gauging/): Metrology guide for Australian engineers on in process gauging: cut scrap, meet NMI/NATA traceability and validate on machine setup.
- [Control Panel Cooling for Engineers: Size by Qe = Qv minus A×K×ΔT](https://blog.andersonaustralia.com/electrical-cabinet-cooling/): Engineering-first checklist for selecting and sizing cooling for control panels and cabinetised machines. Learn when to use fans, heat exchangers, air...
- [3 Shop Checks Before You Buy a Tilting Rotary Table for Australian Workshops](https://blog.andersonaustralia.com/tilting-rotary-table/): Workshop buyer's guide: verify three specs — table diameter, rated load and accuracy — then follow mounting and maintenance checks. Ask Anderson Group...
- [Shop Proven Setup for Climb vs Conventional Cutting: Chip, Hold, Guard](https://blog.andersonaustralia.com/climb-vs-conventional-cutting/): Choose climb or conventional cutting with confidence. Learn how chip formation affects finish and wear, and follow shop-tested setup, clamping and safety...
- [Avoid Downtime: Edgebander Safety & Selection for Australian Makers](https://blog.andersonaustralia.com/edgebander/): Practical checklist for Australian cabinet, joinery and furniture makers to choose, install and maintain an edgebander. Covers safety compliance,...
- [Tool Length Setter Repeatability 0.2–1.5 µm: What Australian Operators Need](https://blog.andersonaustralia.com/tool-length-setter/): Operator-focused guide to tool length setters: interpret 0.2–1.5 µm repeatability, install and configure probes, diagnose offsets, and align with...
- [Through Spindle Coolant: Ask Vendors About Pump Pressure in Australia](https://blog.andersonaustralia.com/through-spindle-coolant/): Practical guidance for Australian CNC operators on through spindle coolant: when it aids deep hole chip evacuation, what to check (pump pressure,...
- [Laser Cutting or CNC Routing: Comparing Production Requirements](https://blog.andersonaustralia.com/laser-vs-cnc-router/): Compare laser cutting and CNC routing by material, geometry, finish and production needs. Confirm machine capability, extraction and operating costs.
- [Polycarbonate CNC Machining: Tooling, Heat and Chip Control](https://blog.andersonaustralia.com/polycarbonate-machining/): Review polycarbonate machining considerations, including tooling, workholding, heat and chip control. Validate settings against your material and machine.
- [CNC Machine Monitoring for Australian Workshops](https://blog.andersonaustralia.com/cnc-machine-monitoring/): Assess CNC monitoring options, controller interfaces and baseline data. Plan a measured pilot and confirm compatibility, costs and specialist support.
- [Cabinet CNC Machining for Australian Kitchen and Cabinet Makers](https://blog.andersonaustralia.com/cabinet-cnc-machining/): Compare CNC nesting, software, workholding and automation for Australian kitchen and cabinet production, and choose suitable woodworking machinery.
- [CNC Door Machining for Australian Woodworking Manufacturers](https://blog.andersonaustralia.com/door-machining-on-cnc/): Compare CNC options for timber doors, including workholding, tooling and production flow. Confirm tolerances and performance against your requirements.
- [Automotive Die Machining: Datums, Materials and Process Trials](https://blog.andersonaustralia.com/automotive-die-machining/): Explore automotive die machining considerations, including datum control, materials, tooling and trials, with guidance on selecting metalworking machinery.
- [CNC Automation Integration for Australian Workshops](https://blog.andersonaustralia.com/cnc-automation-integration/): Plan CNC automation around controller compatibility, workholding and production needs. Define a measured pilot and confirm integration scope and support.
- [CNC Vacuum Pump Maintenance for Australian Workshops](https://blog.andersonaustralia.com/cnc-vacuum-pump-maintenance/): Review CNC vacuum pump checks, maintenance planning and fault information to record. Follow the pump manufacturer's instructions and confirm service scope.
- [CNC Floor Space: Installation, Access and Material Flow](https://blog.andersonaustralia.com/cnc-floor-space-requirements/): Plan CNC floor space using the supplier’s installation drawing, service access, material handling and site requirements. Confirm clearances before delivery.
- [CNC Machine Safety in Australia: Assessment and Controls](https://blog.andersonaustralia.com/cnc-safety-standards-australia/): Review CNC machine risk assessment, guarding, emergency stops and operating procedures. Check applicable requirements with a competent specialist.
- [CNC Probing Systems: Factory Options and Retrofit Planning](https://blog.andersonaustralia.com/probing-systems-for-cnc/): Compare CNC probing options, controller compatibility, stylus selection and commissioning requirements. Confirm the installation scope and schedule.
- [CNC preventive maintenance: shop-floor checklist and schedule](https://blog.andersonaustralia.com/cnc-preventive-maintenance/): Discover essential CNC preventive maintenance tips! Implement a quick checklist for daily checks and regular tasks to minimize downtime.
- [CNC machining aluminium: a guide for Australian manufacturers](https://blog.andersonaustralia.com/cnc-machining-aluminum/): Unlock your aluminum production potential! This guide on CNC machining aluminum details essential features and procurement tips for success.
- [Combustible Dust Risks in CNC Workshops: Planning Controls](https://blog.andersonaustralia.com/combustible-dust-risks-cnc/): Assess combustible dust risks in CNC machining. Review material-specific extraction, cleaning, health monitoring and specialist assessment.
- [CNC Cabinet Production Workflow: Nesting to Assembly](https://blog.andersonaustralia.com/cabinet-production-workflow-cnc/): Plan cabinet production from job data and nesting through machining, labelling and assembly. Measure material yield and labour with a defined trial.
- [Panel Labelling Systems for CNC Cabinet Production](https://blog.andersonaustralia.com/panel-labeling-systems-cnc/): Compare inline and offline panel labelling, label requirements and software integration. Test identification through machining and assembly.
- [CNC Cell Layout and Robot Tending: Planning Considerations](https://blog.andersonaustralia.com/cnc-cell-layout/): Plan CNC cell layout around part families, cycle times, machine access, material flow and robot tending. Validate the layout before installation.
- [CNC Drilling, Boring and Reaming: Choosing a Hole-Making Process](https://blog.andersonaustralia.com/drilling-vs-boring-cnc/): Compare drilling, boring and reaming using hole size, tolerances, finish, tooling and inspection needs. Validate the process for your parts.
- [Reducing CNC Material Waste: Design, Nesting and Measurement](https://blog.andersonaustralia.com/reduce-cnc-waste/): Review design, nesting, CAM and production records to reduce CNC material waste. Measure results against your own materials, jobs and baseline.
- [Wood Dust Exposure in Australian CNC Workshops](https://blog.andersonaustralia.com/wood-dust-standards-australia/): Review wood-dust exposure assessment, extraction and monitoring for Australian workshops. Check current guidance and obtain suitable specialist advice.
- [Aluminium CNC Chip Evacuation: Tooling and Coolant Planning](https://blog.andersonaustralia.com/chip-evacuation-aluminium/): Review tooling, toolpaths and coolant delivery for aluminium chip evacuation. Confirm pressure and flow requirements for the machine and operation.
- [Assessing CNC Reliability: Acceptance Tests and Maintenance](https://blog.andersonaustralia.com/cnc-reliability/): Assess CNC reliability through supplier evidence, suitable acceptance tests, maintenance planning and records of machine performance.
- [CNC Machine Lifecycle Costs for Australian Manufacturers](https://blog.andersonaustralia.com/cnc-machine-lifecycle-cost/): Plan CNC ownership costs across installation, tooling, energy, maintenance and production. Build a cost model using quotes and your operating data.
- [Prevent Distortion and Scrap: CNC Workholding Methods with Datum Logic](https://blog.andersonaustralia.com/cnc-workholding-methods/): Engineering checklist for CNC workholding: set datums, balance clamp force to prevent distortion, and verify seating with a probe before the first cut.
- [MES Integration for CNC: Interfaces, Data and Pilot Planning](https://blog.andersonaustralia.com/mes-integration-cnc/): Plan CNC and MES integration around controller interfaces, data requirements and access controls. Test compatibility and outcomes in a defined pilot.
- [CNC Panel Processing for Australian Manufacturers](https://blog.andersonaustralia.com/cnc-panel-processing/): Compare CNC panel-processing requirements, nesting, workholding and automation. Match machine specifications to your materials and production needs.
- [Machine Tool Rigidity: Measuring and Assessing Performance](https://blog.andersonaustralia.com/machine-tool-rigidity/): Explore machine-tool rigidity, modal testing and structural assessment. Use measurements to identify the sources of vibration and displacement.
- [Titanium CNC Machining: Tooling, Coolant and Process Planning](https://blog.andersonaustralia.com/titanium-machining-cnc/): Review titanium machining requirements, including tooling, workholding, coolant and CAM. Validate cutting data for the material and machine.
- [CNC Surface Finish: Matching Requirements to the Process](https://blog.andersonaustralia.com/cnc-surface-finish/): Specify CNC surface finish around part function, material, tooling and inspection. Validate achievable results with the proposed machining process.
- [CNC Tool Life Monitoring: Data and Production Planning](https://blog.andersonaustralia.com/tool-life-monitoring-cnc/): Review controller data and tool-life monitoring options. Define usable signals, replacement criteria and validation against production records.
- [CNC Coolant Selection for Aluminium and Mixed-Material Shops](https://blog.andersonaustralia.com/coolant-for-cnc/): Review coolant compatibility, concentration, condition and maintenance with the fluid and machine suppliers. Validate the approach for your materials.
- [Improving CNC Uptime: Baselines, Maintenance and Production](https://blog.andersonaustralia.com/improve-cnc-uptime/): Measure CNC downtime, identify recurring causes and test targeted improvements. Track maintenance, setup and production results against a baseline.
- [CNC Tolerances: Function, Drawing Requirements and Capability](https://blog.andersonaustralia.com/cnc-tolerances-guide/): Set CNC tolerances from part function, drawing requirements and verified process capability. Confirm applicable standards and inspection methods.
- [Lights-out machining: what it takes to run CNC unattended](https://blog.andersonaustralia.com/lights-out-machining/): Discover the benefits of lights-out machining, running CNC machines unattended for maximum productivity with stability and precision.
- [Zero-Point Fixturing for CNC: Setup and Repeatability](https://blog.andersonaustralia.com/zero-point-fixturing-cnc/): Assess zero-point fixturing using setup requirements, locating repeatability, fixture design and machine compatibility. Validate results for your parts.
- [Rigid tapping CNC: how synchronous tapping actually works](https://blog.andersonaustralia.com/rigid-tapping-cnc/): Discover how rigid tapping CNC synchronizes spindle rotation and feed for precise thread depth, boosting efficiency in production runs.
- [Aluminium extrusion machining for engineers: what to specify](https://blog.andersonaustralia.com/aluminum-extrusion-machining/): Discover how to specify aluminum extrusion machining for precise, high-tolerance profiles, ensuring quality in your engineering projects.
- [Effective CNC dust collection for cleaner, safer workshops](https://blog.andersonaustralia.com/cnc-dust-collection/): Learn how effective CNC dust collection protects your workspace, enhances safety, and improves machine performance for cleaner workshops.
- [Foam CNC machining: a practical guide for Australian manufacturers](https://blog.andersonaustralia.com/foam-cnc-machining/): Discover how to achieve precision and efficiency in foam CNC machining for various applications, enhancing your manufacturing processes in Australia.
- [Automotive CNC machining: what engineers and buyers should specify](https://blog.andersonaustralia.com/automotive-cnc-machining/): Discover how automotive CNC machining enhances precision and safety in vehicle components. Learn the key specifications engineers must consider.
- [CNC machining acrylic: a hands-on guide for shops and engineers](https://blog.andersonaustralia.com/acrylic-cnc-machining/): Discover how to expertly machine acrylic with CNC techniques. Learn tips for precision, tooling, and avoiding common pitfalls.
- [Aerospace CNC machining: what engineers must specify](https://blog.andersonaustralia.com/aerospace-cnc-machining/): Learn how to specify aerospace CNC machining for critical components. Discover essential controls to ensure quality and compliance with industry standards.
- [High speed machining: the engineer's practical guide](https://blog.andersonaustralia.com/high-speed-machining/): Explore how high speed machining enhances productivity with faster cycle times and superior finishes, specifically for complex and high-value parts.
- [CNC Machinery for Small-Batch Production in Australia](https://blog.andersonaustralia.com/cnc-for-small-batch/): Assess CNC equipment for small-batch production using setup time, workholding, programming and part requirements. Compare options with your supplier.
- [Auto pallet changer benefits for CNC shops](https://blog.andersonaustralia.com/auto-pallet-changer-benefits/): Discover how auto pallet changers boost CNC shops by increasing spindle utilisation, reducing downtime, and enabling efficient lights-out production.
- [Machine Tool Alignment: Measurement and Verification](https://blog.andersonaustralia.com/machine-tool-alignment/): Review machine alignment and suitable measurement methods. Use the machine manufacturer’s requirements to plan checks, adjustments and verification.
- [Double column machining centres: a buyer's guide for Australian manufacturers](https://blog.andersonaustralia.com/double-column-machining-centers/): Discover the benefits of double column machining centers for Australian manufacturers, featuring structural rigidity and local support from Anderson Group.
- [Manufacturing Grants in Australia: Research and Preparation](https://blog.andersonaustralia.com/manufacturing-grants-australia/): Research Australian manufacturing grants, eligibility and application requirements. Check current program details before making investment decisions.
- [High precision CNC machining: the Australian buyer's guide](https://blog.andersonaustralia.com/high-precision-cnc-machining/): Discover essential insights in high precision CNC machining with our Australian buyer's guide. Find the right machines for your production needs!
- [CNC machining for furniture: the Australian maker's guide](https://blog.andersonaustralia.com/furniture-cnc-machining/): Discover how furniture CNC machining can streamline your production. Learn about ideal equipment for Australian makers and boost your efficiency.
- [Nested based manufacturing for cabinet shops: optimise yield and labour](https://blog.andersonaustralia.com/nested-based-manufacturing/): Discover how nested based manufacturing boosts yield and labor efficiency for cabinet shops, transforming production with on-demand capabilities.
- [Large format CNC router: buy vs build guide for Australia](https://blog.andersonaustralia.com/large-format-cnc-router/): Explore essential tips on whether to buy or build a large format CNC router in Australia. Optimize your production with the right choice.
- [ATC CNC routers: the Australian buyer's guide](https://blog.andersonaustralia.com/atc-cnc-router/): Discover how an ATC CNC router can boost your shop's efficiency and reduce downtime by optimizing multi-tool operations for higher productivity.
- [Vacuum fixturing CNC guide: when it works, when it doesn't](https://blog.andersonaustralia.com/vacuum-fixturing-cnc/): Explore how vacuum fixturing CNC works for large, flat parts while knowing when it's not effective. Maximize your machining efficiency today!
- [Can carbon fibre be CNC machined without ruining the part?](https://blog.andersonaustralia.com/carbon-fiber-machining/): Discover how to successfully machine carbon fiber without damaging parts. Learn essential tools, techniques, and tips for precision results.
- [Which CNC spindle options actually hold up in production?](https://blog.andersonaustralia.com/cnc-spindle-options/): Discover which CNC spindle options excel in high-precision production. Learn to choose the right one for your machining needs.
- [CNC Equipment and the Instant Asset Write-Off: What to Check](https://blog.andersonaustralia.com/instant-asset-write-off-cnc/): Check current eligibility, timing and asset requirements for CNC equipment with official tax guidance and your adviser before committing to a purchase.

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- [About](https://blog.andersonaustralia.com/about/): The Anderson Group Australia blog covers CNC machinery, materials, production planning, maintenance and the questions manufacturers ask when selecting equipment. Our main focus is machinery for Australian kitchen, cabinet, joinery and furniture production. Articles also cover metal machining and advanced materials where they relate to the Anderson and Focaseiki ranges. Anderson Group Australia supplies machinery, […]
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