Citizen Machinery UK has announced that it will hold an open house at its Bushey, Hertfordshire headquarters and recently opened Solutions Centre from 12th to 14th October 2021, the week after the EMO international machine tool show finishes in Milan.
The company sells its Japanese parent company’s sliding-head (Cincom) and fixed-head (Miyano) bar-fed CNC turn-milling centres into the UK and Irish markets, as well as being the distribution hub for Citizen machines going into France, Spain, Portugal, Scandinavia, the Middle East and Africa.
Managing director Edward James commented, “We are delighted to be able to reintroduce the physical in-house exhibition format, where people can actually attend and network with others, rather than having to contend with the virtual shows we organised during the pandemic.
“We will not only be celebrating the return of this annual event but also commemorating a true milestone in the development of Citizen Machinery UK, as the open house will mark the fifth anniversary of the launch of our ground-breaking LFV (low frequency vibration) chip breaking software.”
This innovative, game-changing technology is to be showcased and there will be demonstrations to explain how it has helped boost CNC machining productivity globally. The company is also offering a sneak peek at some of the projects it is working on in the newly opened Solutions Centre.
To satisfy the needs of its widening customer base, Citizen Machinery UK has recently taken on five new employees. The ongoing recruitment campaign is essential to underpin the company’s position as the largest supplier of sliding-head (Cincom) and fixed-head (Miyano) bar-fed CNC lathes into the UK and Irish markets.
Citizen Machinery UK’s managing director Edward James commented, “We have expanded our business dramatically over the past few years. It is essential we keep our headcount commensurate with the increasing level of business to ensure our long-term success.
“This is especially important for our UK operation, as we are also the distribution hub for Citizen machines going into France, Spain, Portugal, Scandinavia, the Middle East and Africa.
“We are continually looking for candidates to strengthen our departmental teams and fervently believe that investment in staff is a top and ongoing priority, both to sustain growth and for succession planning and promotion.”
The level of success achieved by the UK operation enabled the management team to persuade the Japanese parent company to invest more than £3 million in a new turning centre of excellence in Brierley Hill, which opened in 2019 and concentrates on preparing deliveries to customers. It operates alongside the headquarters in Bushey, which has been made the centre for configuring and supplying bespoke manufacturing solutions.
The first new recruit, who joined as a service engineer towards the end of last year, is Gloucestershire-based Timothy Baldwin. He has a strong background in CNC turn-milling machine programming, setting and operation in the aerospace, motorsport and toolmaking sectors.
The newest member of Citizen Machinery UK’s applications engineering team arrived shortly afterwards. Martin Gregory lives in Birmingham and is well located to serve customers in the Midlands and to support the Brierley Hill operation. He has several years’ directly relevant experience working in the machine tool industry and is a valuable addition to the team.
Mark Harris, whose first day with the company was during early November, has considerable experience as a field service technician as well as having extensive knowledge of machine tool technology. Living in Solihull, he has been recruited into the servicing and installation team.
Rebecca Hancock joined as another service technician. She completed her apprenticeship during a five-year term at a superabrasives company in Gloucestershire and has experience working in the aerospace, F1, nuclear, defence and petrochemical industries. During that time she learnt to program, set and operate various machine tools including twin-spindle CNC lathes. She recently relocated to Walthamstow in north London.
That three of the first four new arrivals were recruited to the CMSure service and maintenance side of the business is no surprise. Citizen Machinery UK is finding that, due to uncertainty caused by Covid-19, there is a nervousness in some manufacturing companies to invest in new plant. It has resulted in a corresponding increase in the popularity of keeping existing machines in the field in peak operational condition and demand for service and maintenance support has never been higher.
The fifth recruit was north London-based Aaron Lewis, who joined from a leading workholding equipment supplier where he was a design/project engineer. Prior to that he studied design engineering at university. He is now supporting the customised production solutions team in a systems role at Citizen Machinery UK’s Bushey headquarters, working on integration projects and machine modifications.
A fourth variant has been added to the versatile Cincom L20 sliding-head CNC turning centre range from Citizen Machinery UK. The top model, L20-XII, which has a 135-degree swivelling B-axis mounted on the gang tool post for working at either of the opposed spindles, is now available with an automatic tool changer (ATC) for swapping up to 30 mm diameter cutters in a chip-to-chip time of four seconds. Both the tool carrier and magazine move in the Y1-axis to effect tool change.
Believed to be a first in a Swiss-type turning machine, the ability to exchange 12 different cutters in the lower position of the B-axis carrier greatly extends the machine’s versatility when executing angled crossworking or end facing operations. A 13th tool is fixed in the upper position on the carrier. While the cutters are normally live for performing drilling, slitting, hobbing or multi-axis milling, positions may be filled by turning tools if expedient.
The total number of tools that may be mounted in the working area of the Cincom L20-XIIATC is 34, providing considerable flexibility to ensure that components are machined in as few set-ups as possible, normally one. Cutters are driven by a 2.2 kW motor at up to 12,000 rpm, so even small diameter mills are capable of productive metal removal rates.
As its designation implies, the lathe is designed to turn components from 20 mm diameter bar, although oversized options allow up to 25 mm diameter material to be accepted. Another feature contributing to the lathe’s versatility is the ability to switch over quickly between Swiss-type operation and non-guide bush turning for more economical production of shorter components up to 2.5D. This mode results in less bar wastage due to the shorter remnants and is well suited to coping with tight drawing tolerances and close bore-to-OD geometry. The removal of the guide bush also means that the diameter of the stock material does not have to be tightly controlled.
To underscore the flexibility of use that is possible with this machine, it is noteworthy that it can be supplied in an LFV version with Citizen’s patented, programmable, low frequency vibration chipbreaking software. Furthermore, laser processing can be integrated to provide almost limitless possibilities for creating burr-free geometric shapes or precision holes as small as 0.2 mm diameter in tube or predrilled solid bar.
Building on the strengths of previous generations of Miyano fixed-head mill-turn centres, the BNA-42SY is Citizen Machinery’s latest addition to the range. The CNC lathe is the first BNA model to have a 12-station turret giving ± 35 mm of Y-axis movement, all tool positions now being live, and a new design that lends itself to easy automation.
Compared with current BNA models, machining efficiency has been upgraded by more powerful spindle motors, which are rated at 7.5/5.5 kW (15min/cont) for the 6,000 rpm main spindle and 5.5/3.7 kW for the 5,000 rpm sub spindle. Acceleration and deceleration are quicker on both spindles, improving productivity further by minimising idle times.
The machine’s rigid bed, the weight of which has been greatly increased to 1,823 kg, brings thermal control advantages and more capacity to house a larger coolant tank. The base casting has been prepared with space at the right hand side for robotic load / unload equipment. If a user intends to take advantage of automation, the machine can be supplied with a swarf conveyor that exits to the rear as an option.
The automation may be employed solely for unloading components that have been mill-turned from bar stock up to 42 mm diameter, either directly from a spindle or via a parts catcher and conveyor. Alternatively, or in addition, it may load and unload billets or near net shape workpieces like castings or forgings up to 135 mm in diameter. A workpiece stocker is positioned at the right hand side of the machine to accommodate the finished components.
Mounting points have been included to provide an option to add an overhead gantry if only chucking is to be carried out, in which case a raw material stocker can be positioned to the left of the machine in place of the bar magazine. For complete flexibility in layout, top shutter and auto door options are offered.
At 285 mm, the turret’s Z-axis travel has been increased by more than 20 percent, expanding the machining range of this compact, space-saving lathe. The turret and spindles are mounted on hand-scraped box slideways for improved rigidity and damping characteristics, leading to high metal removal rates, prolonging tool life and maintaining high accuracy.
The diameters of the X- and Z-axis ballscrews have been upsized from 25 mm to 32 mm, increasing rigidity further. Forced lubrication is provided to the ballscrews in all axes, the BNA-42SY being the second Miyano lathe to benefit from this feature.
The latest FANUC 0i-TF Plus CNC system with 10.4″ colour LCD screen controls the machine. Cutting times can be shortened by simultaneously completing complex reverse-end turning and milling at the sub spindle while front-end machining is ongoing at the main spindle, despite there being only one turret. It is achieved by superimposed machining, where the sub spindle tracks the turret and compensates for its movements while it is cutting at the main spindle, enabling a machining cycle on a parted-off component to be executed using tools mounted on the reverse face of the turret. This can be accomplished due to the ability of the sub spindle to move in the X-axis.
As with all modern lathes from Citizen Machinery, both Miyano fixed-head and Cincom sliding-head models, the BNA-42SY is an environmentally friendly machine. Use of an inverter controlled hydraulic unit results in a large reduction in power drawn. Standby power consumption is just 0.661 kW, as servomotor readiness is automatically turned off when it is not needed, for example during program editing. Overall energy consumption can be visualised via a power monitor window on the control screen.
Citizen Machinery UK, which supplies Cincom sliding-head and Miyano fixed-head turn-mill centres into the British and Irish markets, has been providing manufacturing solutions to OEMs and subcontractors in their supply chains for virtually the entire time the company has been in business. However, the degree of customisation that it is being asked to engineer into the equipment it supplies has now reached such a high level that it has decided to centralise this side of the business by setting up a dedicated centre, CMSolutions, at its Bushey headquarters.
Managing Director Edward James said, “As the largest supplier of bar fed lathes into the markets we serve and being a specialist exclusively in turn-milling, we felt it was fitting for us to raise the bar in terms of the level of support customers can expect.
“In our industry it is no longer enough to deliver a so-called turnkey package, which is subject to a lot of interpretation and often misunderstood. It can mean simply the supply of a machine, a few cutters and a couple of programs.
“Customers demand more than that these days. They want a fully worked out, end-to-end solution that has been proven off-site before delivery, complete with attachments, peripherals, in-house-written software and perhaps additional robotic functions such as cleaning and packaging. Projects are often demanding in terms of their scope, level of innovation, the process capability to be achieved and return on investment required.”
CMSolutions operates from the Bushey premises independently from the applications department there to project-manage such complex, high-level installations, from initial consultation through design, configuration, assembly and prove-out to delivery, acceptance and training.
The solution could be stand-alone or integrated into a larger manufacturing plant; and it may be a pre-existing package or designed specifically at either the customer’s request or at the instigation of Citizen. In all cases there will be a sound business case for what is delivered. It will be pragmatic, process-optimised and cost-effective, not necessarily the top solution possible, which may be overly expensive and take too long to amortise.
The Bushey venue will also house a permanent exhibition of turn-mill solutions and software, which will often involve automation such as robotic or gantry loading of billets, forgings, and near net shape parts and unloading of components. Additionally, it will show technology that is less frequently encountered, such as in-cycle laser cutting of apertures in the thin wall of a stainless steel stent.
Other specific solution examples to be presented will include the mounting of a digital microscope and a 21-inch screen to assist setting of micro tooling on a 12 mm capacity sliding-head lathe used for watch component manufacture; and the provision on a 32mm capacity sliding-head lathe of a pair of high frequency, 60,000 rpm spindles in the gang toolpost, together with mounting adapters, pneumatic and electrical supplies, custom software and displays for spindle speed feedback.
Mr James added, “We could see the direction of travel towards the need for a greater degree of machine adaptation to meet customers’ production requirements, so we have had this development in mind for several years. It was part of the justification for establishing our Turning Centre of Excellence in Brierley Hill last year.
“The showroom and technical centre there is now the main location for machine arrivals, configuration and despatch, leaving Bushey free to concentrate on technology advancements and their permanent display and demonstration.
“Customers are looking for stable running of their lathes over long periods. We already have our LFV non-macro chipbreaking software to assist in that goal, which is programmable and especially beneficial when cutting materials that tend to produce stringy swarf. It is another example of the importance and focus Citizen places on technological progress.”
As a postscript, he mentioned that Citizen as a group reinvests one-quarter of its annual profit into research and development and is continually launching new machines and technology, such as LFV, which has been extended recently from the main spindle to the sub spindle on many Cincom lathes and is increasingly available on the Miyano range of fixed head lathes also. Another recent innovation is an automatic tool changer on the L20 Cincom sliding-head model.
There will be a significant and ground-breaking new launch in the first half of 2021 of a lathe designed by Citizen Machinery UK that the Japanese parent company has agreed to manufacture. All of this activity dovetails neatly with the formation of CMSolutions, which Mr James predicts will gain in importance as manufacturing industry moves forward after the pandemic and looks for ever more efficient methods of production and return on investment.
He also thinks that opportunities will be enhanced by increased reshoring of manufacturing from China and elsewhere, coupled with the emergence of electromobility, which will be beneficial for Citizen and other lathe suppliers in particular, as plug-in hybrid electric cars contain a higher proportion of rotational parts than conventional vehicles.
Components are becoming more and more complex and drawing tolerances ever tighter. The ability of live turret tooling in a CNC mill-turn centre to move in the Y axis as well as in X and Z has therefore become increasingly important to facilitate high accuracy, one-hit machining. If travel in only the latter two axes is provided, milling of flats, deburring, and the possibility of machining pockets and off-centre features in-cycle are either difficult or impossible.
The latest Miyano fixed-head lathe from Citizen Machinery UK to be equipped with a Y axis turret, in this case with all 12 tool stations driven, is the new BND-64SY for turning parts from bar up to 64 mm diameter. Joining a similar model that accepts bar up to 51 mm diameter through the main spindle, the 4.75-tonne machine is a mid-range, multi-purpose, twin-spindle turning centre. A ribbed, monobloc bed slanted at 30 degrees carrying precision-scraped, square guideways provides high rigidity, optimal thermal and mechanical stability and excellent vibration damping.
These characteristics result in high accuracy of mill-turned components and longer service life of the tools, which may be mounted flexibly in the turret using multi-tool holders at any turret position. The robustness of machine construction allows turning as well as milling of tough alloys and metals in their hardened condition, even when taking intermittent cuts. Polygon turning and thread milling are both options in the FANUC 0i-TD control, which is capable of simultaneous 4-axis interpolation.
The specification of the Japanese-built machine includes turret travels in X / Y / Z of 175 / 75 / 435 mm, 530 mm sub spindle axis travel, up to 20 m/min rapid feed rate, 2.2 kW / 20 Nm / 6,000 rpm driven tools, a 15/11 kW main spindle and a sub spindle rated at 5.5/3.7 kW, both offering rotational speeds up to 5,000 rpm. A parts catcher and conveyor are supplied as standard, while the chip conveyor is optional.
Japanese CNC mill-turn centre manufacturer, Citizen Machinery, has announced improvements to three of its Cincom sliding-head models, all designed to shorten cycle times and raise productivity when producing components from 32 mm diameter bar and larger. The machines are available in the UK and Ireland through subsidiary company Citizen Machinery UK.
LFV added to the M32
The company’s flagship M32 model, which can produce parts from bar up to 38 mm in diameter with cutters in a gang toolpost with B-axis, a 10-station turret and a back tool post with Y-axis, has gained the manufacturer’s low frequency vibration (LFV) chipbreaking capability on the main spindle.
It makes the machine ideal for efficient turning, threadcutting and drilling of malleable materials, as the normally stringy swarf is broken automatically into shorter chips that do not wrap around the tool or workpiece, without any need for high pressure coolant. Productivity is maximised by avoiding having to stop the machine repeatedly to remove clogged swarf, facilitating minimally attended operation and enabling lights-out running.
Embedded in the operating system of the Mitsubishi M800-series control, LFV synchronises the motion of the axis servo drive with the speed of rotation of the main spindle. The function is highly controllable, as it can be programmed using G-codes to switch on and off during a cycle and either increase or decrease the size of the resulting chips. It is distinct from traditional pecking macros in a CNC program which tend to cause built-up edge, compromising machining accuracy and shortening tool life.
Other notable features of the lathe are simultaneous 5-axis machining, up to three tools in cut simultaneously and the possibility to change over in half an hour to use the machine in guide bush-less mode to reduce remnant length when turning shorter components.
Cincom L32 with LFV on both spindles
In line with Citizen Machinery’s systematic rollout of LFV on all its Cincom sliding-head turn-mill centres as well as currently on one fixed-head Miyano lathe, the 32 mm bar capacity L32 slider has also benefitted from the chipbreaking technology. It already had LFV on the 3.7 / 7.5 kW main spindle but now it boasts the same capability on the 2.2 / 3.7 kW sub spindle.
LFV oscillation of the tool by tens of microns not only breaks swarf but also allows coolant to penetrate the cut more efficiently for the brief periods when the tip lifts clear of the component surface, reducing heat and prolonging tool life. Depth of cut may be increased substantially even when processing tough materials, often eliminating the need for a roughing pass and significantly shortening cycle times.
In addition to the 7-axis L32-VIII, there are two other L32 models in the range. The 8-axis L32-X adds a Y2 axis to the Z2 axis on the back tool post. So also does the 9-axis L32-XII, which additionally has a +90 / -45 degrees B-axis on the front gang tool post, whose rotary tools can work at either spindle to produce angled features. All machines are available in 35 mm and 38 mm bar diameter versions and may be used with or without the guide bush to suit the application.
D25-VIII expandable to accept 32 mm bar
Turn-milling of components up to 32 mm diameter bar with the extra productivity benefits of LFV is now also possible on the nominally 25 mm capacity Cincom D25-VIII, as an expansion kit is being offered to enable the lathe to machine the larger size of bar in both guide bush and non-guide bush modes.
Manufacturers of larger components may therefore take advantage of the lathe’s Industry 4.0-ready Mitsubishi 800 CNC system with touch screen and QWERTY keyboard. It provides the ability to have up to three tools in cut simultaneously for increased productivity and enables simultaneous 5-axis machining to maintain precise cutter orientation with respect to the surface of a complex workpiece.
The machine is equipped with twelve CNC axes including independent Z2-axis movement in addition to X2 and Y2 on the rear gang toolpost. Twin platens enable balanced turning, threading, milling or drilling, or simultaneous rough and finish turning. A 135-degree swivelling B1-axis has been added to the X1 and Y1 motions of the front tool post, which carries up to four driven tools on either side to service the main and counter spindles, a configuration Citizen Machinery believes is a world first.
A manually-set angular spindle can be mounted on the rear gang carrier and the back toolpost. In addition to the major advantage of programmable control of chip size, LFV has the ability to help eliminate deflection when turning small, precise diameters. An optional, two-axis, opposed tool carrier next to the counter spindle provides a facility for deep hole drilling at the main spindle.
Complex components up to 65 mm in diameter may be turned and milled from bar on a new Miyano fixed-head lathe launched by Citizen Machinery UK. The 8-tonne BNE65-MYY is equipped with two turrets having Y-axis travel in addition to X- and Z-axis movements. One turret is positioned above and the other below the centreline of the twin-opposed spindles and both tool carriers have 12 live stations. A C-axis on each spindle and movement of the sub spindle in X and Z bring the bar auto’s CNC axis tally to 10.
The 2-axis movement of the sub spindle facilitates superimposed machining, whereby tooling on both faces of the top turret can simultaneously cut front-end features on the bar stock and reverse-end features on a parted-off component. With the lower turret also working at the main spindle performing pinch turning, milling or drilling, for example, or perhaps OD turning while axial drilling is in progress above, three tools are in cut at the same time.
Together with the double Y-axis movements, the configuration provides great flexibility to balance front and back working cycles with considerable precision, maximising production output by not having one spindle waiting around for the other to finish.
Contributing further to high productivity are fast rapid traverses up to 20 m/min, plus main and sub spindles with generous power ratings of 18.5/15 kW (30min/cont) and 11/7.5 kW (15min/cont) respectively. As both spindles rotate at up to 5,000 rpm, productive turning is maintained even when machining smaller diameter sections of a workpiece. Rotary tool specification is also impressive at 4 kW / 6,000 rpm.
The slant-bed design encourages efficient chip flow so that production can continue uninterrupted. Lapped slideways have been adopted for all but the cross motion of the sub spindle to ensure a high level of rigidity as well as effective vibration damping for delivering maximum cutting performance and precision together with long tool life.
Control is by the Mitsubishi M830W, which has a new HMI with a 15-inch touch-screen control for convenient operation, including on-screen selection of the turret tooling. Intelligence built into the control simplifies programming, especially of superimposed cycles by automatically synchronising those sections of the program. A new colour scheme has been adopted that is said to convey information more efficiently to the operator.
When turning long-chipping malleable materials, Citizen’s low frequency vibration (LFV) software fragments swarf into manageable chip sizes, whereas normally it would become a stringy bird’s nest entangled around the tool and component. The latest sliding-head bar auto on which the technology has been made available is the new Cincom A20-VIILFV, while it can also be found on one of the company’s Miyano fixed-head models.
All machines have been fundamentally redesigned with uprated ballscrews, lubrication system, guarding and other elements to provide additional strength for withstanding the oscillation caused by very short periods of intermittent air cutting that produce the chipbreaking action. Productivity is maximised by avoiding having to stop the machine repeatedly to remove clogged swarf, facilitating minimally attended operation and enabling lights-out running.
A further advantage is the avoidance of the need to fit a high pressure coolant system to encourage swarf breakage, which involves high capital investment and increased running costs.
Embedded in the operating system of the control system, the chipbreaking software synchronises axis servo drive motion with the spindle speed. The software version on the A20 is suitable for longitudinal and face turning as well as drilling and involves multiple oscillations per revolution of the main spindle. The function is highly controllable and can be programmed using G-codes to switch on and off during a cycle, as required.
This is distinct from the functionality being part of the program itself, as is the case with alternative CNC pecking macros, which have the disadvantage of rubbing the tool. It raises the temperature, causing workpiece distortion as well as built-up edge on the tool, shortening its life.
In contrast, LFV oscillation of the tool by tens of microns allows coolant to penetrate the cut more efficiently for the brief periods when the tip lifts clear of the component surface, reducing heat and actually prolonging cutter life, in some instances by as much as five-fold. For the same reason, depth of cut may be increased substantially even when processing tough materials, often eliminating the need for a roughing pass and significantly shortening cycle times.
The Cincom A20-VIILFV can be used with a guide bush as a conventional Swiss-type automatic for machining shaft-type workpieces, or without a guide bush for producing shorter parts from less expensive stock with minimal bar remnant wastage. The guide bush can quickly and simply be mounted and removed. In sliding-head mode, machining length per chucking is a generous 200 mm to reduce cycle times when producing long, slender components.
The 7-axis A20 machine platform, which is capable of 2-axis simultaneous cutting, offers a high performance-to-price ratio for the production of parts from 20 mm diameter bar, optionally extendable to 25 mm (1 inch). The main spindle is rated at 3.7 kW / 10,000 rpm for optimal machining of smaller diameter stock and has an opposed 1.5 kW / 8,000 rpm sub-spindle with an X2-axis enabling simultaneous machining on the front and reverse ends of components. Both spindles have one-degree indexing and a 0.001-degree C axis.
Tool capacity is 21, with four driven stations for cross machining having a maximum speed of 6,000 rpm. The four back tool post stations may optionally be live. Positioning speed is fast at 32 m/min for short non-cutting times. Idle times can be reduced further using the pre-processing function in the Fanuc-based Cincom control dedicated to this machine model. It analyses the machining program before it is run to minimise processing and calculation times.
Subcontractor Unicut Precision, Welwyn Garden City, is no stranger to producing large quantities of components, one million items being shipped to customers in the UK and overseas in a typical month. The company operates 22 Cincom sliding-head lathes and eight Miyano fixed-head turning centres from one supplier, Citizen Machinery UK, in addition to other metalcutting plant.
Three-quarters of this capacity was changed over in early April 2020 to manufacture medical components for the government’s Ventilator Challenge UK following a call from a member of the supply chain management team, McLaren, to Unicut’s owner Jason Nicholson.
He said, “Drawings started coming in on a Thursday and we quoted straight away. The first orders for a dozen different part numbers were received on the Friday and Saturday and we started producing them immediately. Within a week the workload had increased to 780,000 components across 31 varieties, which we are currently producing 24/7.”
Less than 20 per cent of this throughput is being machined in Welwyn Garden City using multi-pallet 5-axis machining centres and lathes not supplied by Citizen, with the remainder allocated to the latter machines, mainly sliders but also fixed-head lathes. The supplier’s applications engineers helped by providing optimised cycles for producing a couple of the medical components but the remainder of the new parts were programmed on-site by Unicut’s experienced CAD/CAM team.
Mr Nicholson continued, “It is testament to the flexibility of modern CNC plant that it can be converted so quickly to produce entirely different components. Only around two per cent of a typical year’s output from here goes to the medical sector, whereas at the moment it is the vast majority.”
Unicut’s employees were keen to meet the ventilator challenge and it has not been necessary to furlough any staff, although a few are self-isolating due to underlying health conditions or through having a vulnerable family member at home. Employees willingly worked throughout the whole of the Easter long weekend and discussion is being postponed to a quieter time as to whether the overtime will be paid or added to an individual’s annual holiday entitlement.
Social distancing on the shop floor and in the offices is working well, staggered arrival times help to minimise the number of people in any given working area at one time, and the ubiquitous hand sanitising gel can be found hanging from every operator’s belt.
Mr Nicholson concluded, “It has been a surreal time, but everyone here is helping out, as they are in machine shops all around the country, to make much-needed ventilator components.
“We have already produced big quantities of the smaller diameter parts, so we have now been able to reallocate many of the Cincom sliders.
“The latest L12 model with Citizen’s LFV chipbreaking software has been useful when machining plastics and certain grades of aluminium for medical parts by breaking the stringy swarf into smaller chips, so we do not keep having to stop the machine to clear it.
“Overall I estimate that around half of our capacity across the lathes and machining centres is still running around the clock on work for Ventilator Challenge UK and will be for some time to come.”